From 287b8e8db856883a8559b5c5340cce500e747931 Mon Sep 17 00:00:00 2001
From: daanx <daan@effp.org>
Date: Thu, 30 May 2024 18:30:41 -0700
Subject: [PATCH] update news/new release

---
 doc/book.html                    | 521 ++++++++++++++++---------------
 doc/index.html                   | 155 ++++-----
 doc/std_core-source.html         | 134 ++++----
 doc/std_core_bool-source.html    |  44 +--
 doc/std_core_bool.html           |  36 +--
 doc/std_core_char-source.html    |  74 ++---
 doc/std_core_char.html           |  48 +--
 doc/std_core_console-source.html |  14 +-
 doc/std_core_debug-source.html   |  16 +-
 doc/std_core_delayed-source.html |  48 +--
 doc/std_core_delayed.html        |   6 +-
 doc/std_core_either-source.html  |  24 +-
 doc/std_core_either.html         |  20 +-
 doc/std_core_exn-source.html     |  70 ++---
 doc/std_core_exn.html            |  46 +--
 doc/std_core_hnd-source.html     | 382 +++++++++++-----------
 doc/std_core_hnd.html            |  38 +--
 doc/std_core_int-source.html     | 142 ++++-----
 doc/std_core_int.html            | 152 ++++-----
 doc/std_core_list-source.html    | 511 +++++++++++++++---------------
 doc/std_core_list.html           |   8 +-
 doc/std_core_maybe-source.html   |  92 +++---
 doc/std_core_maybe.html          |  42 +--
 doc/std_core_order-source.html   |  10 +-
 doc/std_core_order.html          |   2 +-
 doc/std_core_sslice-source.html  |  32 +-
 doc/std_core_tuple-source.html   |  48 +--
 doc/std_core_tuple.html          |  20 +-
 doc/std_core_types-source.html   | 168 +++++-----
 doc/std_core_types.html          | 122 ++++----
 doc/std_core_undiv-source.html   |  10 +-
 doc/std_core_undiv.html          |   8 +-
 doc/std_core_unsafe-source.html  |  12 +-
 doc/std_core_unsafe.html         |  18 +-
 doc/std_core_vector-source.html  | 120 +++----
 doc/std_core_vector.html         |  36 +--
 doc/std_num_ddouble-source.html  |  34 +-
 doc/std_num_ddouble.html         |  40 +--
 doc/std_num_float64-source.html  |  22 +-
 doc/std_num_float64.html         |  24 +-
 doc/std_num_int32-source.html    | 125 +++++---
 doc/std_num_int32.html           |  94 ++++--
 doc/std_num_int64-source.html    | 144 ++++++---
 doc/std_num_int64.html           |  95 ++++--
 doc/std_num_random-source.html   |  28 +-
 doc/std_num_random.html          |   2 +-
 doc/std_os_env.html              |   2 +-
 doc/std_os_flags-source.html     |  54 ++--
 doc/std_os_path.html             |   2 +-
 doc/std_os_task-source.html      |  36 +--
 doc/std_text_parse-source.html   | 120 +++----
 doc/std_text_parse.html          |  12 +-
 doc/std_text_regex-source.html   |  16 +-
 doc/std_text_regex.html          |   2 +-
 doc/std_text_unicode.html        |   2 +-
 doc/std_time_astro.html          |  36 +--
 doc/std_time_calendar.html       |  14 +-
 doc/std_time_calendars.html      |  12 +-
 doc/std_time_chrono.html         |   2 +-
 doc/std_time_date.html           |   2 +-
 doc/std_time_duration.html       |   2 +-
 doc/std_time_format.html         |   6 +-
 doc/std_time_instant.html        |  20 +-
 doc/std_time_time.html           |   6 +-
 doc/std_time_timer-source.html   |  18 +-
 doc/std_time_timestamp.html      |   4 +-
 doc/std_time_utc-source.html     |   6 +-
 doc/std_time_utc.html            |  54 ++--
 doc/styles/madoko.css            |  11 -
 doc/toc.html                     |   2 +-
 70 files changed, 2208 insertions(+), 2070 deletions(-)

diff --git a/doc/book.html b/doc/book.html
index a8a5f1cef..fab2537cb 100644
--- a/doc/book.html
+++ b/doc/book.html
@@ -211,15 +211,6 @@
   .madoko .pretty td.expander {
     width: 100em;
   }
-  .madoko span.math-rendering {
-    display:inline-block;
-    width:8em;
-    overflow-x:auto;
-    font-size:70%;
-  }
-  .madoko span.math-rendering::-webkit-scrollbar {
-    width:4px;
-  }
   body.madoko, .madoko .serif {
     font-family: Cambria,"Times New Roman","Liberation Serif","Times",serif;
   }
@@ -1213,12 +1204,12 @@
 <div class="titleblock align-center para-block" style="text-align:center;line-adjust:0">
 <div class="titleheader align-center" style="text-align:center;line-adjust:0">
 <div class="title para-block" style="font-weight:bold;margin-bottom:0.5ex;font-size:xxx-large;line-adjust:0">The Koka Programming Language</div>
-<div class="titlenote para-block" style="line-adjust:0"><span style="font-size:75%">(Daan Leijen, 2024-03-09)</span></div></div></div></div>
+<div class="titlenote para-block" style="line-adjust:0"><span style="font-size:75%">(Daan Leijen, 2024-05-30)</span></div></div></div></div>
 <div class="flexbody">
 
 <div class="sidepanel">
 
-<p class="p noindent"><a href="https://github.com/koka-lang/koka" class="externalref"><img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAzQAAAM0CAYAAABtcmd3AAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsIAAA7CARUoSoAAAK34SURBVHhe7d0P3BVVvff9QVExqKgw6RxKSlJKMypO4pGjoIjoIUS9NHwQhVtMvNOUW0j+CggICgSGHfH4h8uAW0IQBFRUVDA8UqFiYtF56AmLjlRYmGhkKM/6zl4bL+D6s/fMmr1nZn3er9d67VlTz3OfUGbWd9ZavxUAAAAAQFY1s78AAIT27t3b3l5KW9NaFC6D1rYdqI1prQqXJdtl2o7C5X522ia7TdteuDQvrGbNttpLAAD2IdAAQA7ZUFIMI/pVUxj5qP0thpC6YaRukEmzYrAphqLir4LQm/ZXQUgtDEWEIQDILwINAGSECSkKH8WgotbOtH82TfeL97ISSqpFwaYYdhSCfm/atjr3tprwU9/MEQAgpQg0AJACJqwUZ1IUSDqYprByjO3rWv9Zucu6EI1mfBRuFHQUgF6rc73FNM34aOYHAJACBBoAqBAbWhRWFFJONE2BpdhXa24a0m+PaQo3xYCjwLOp2CfsAEBlEWgAwDG7NEyBRe1Y+0to8UPdsKOQ82v7u4mlbACQDAINAERUZ09LF9NOME3BpZNpLA1DfbSUbaNpCjivmrbeNPbsAEBMJQca8+K2VwDgpWJY+ZppCjGdTdPeFiAu7c/ZYJpmdV4wrRh6AAAlINAAwMHqhhcFF2ZdUGnF2RwFHUIOADSCQAPAd1o2piVjp5um4KIAU9/hkUC16XwdBRyFm+dMW2cay9UAeI9AA8AnqjKm2RcFmDNNY9kYsq64XO0p07QnR7M4VFkD4BUCDYA80zKxbqYpuJxqmoIMS8eQZ1qqpmCj9hPT1th7AJBbBBoAeaKw0tU0zb4ovKhRJhk+UxnpYsDRMjUFHC1dA4DcINAAyDItISsGmB6maQ8MAQZomAKO9uCsNq24TI0ZHACZRqABkDWaddEyMoUYhRmFGgDRaL+Nigso3OhXDQAyhUADIO20aV+zLwowvU2jAlnCdu3aFezYUSietW3btmDPHn3UL9i6VUel7O+1116zV+U55phj7NUH2rfXET8FzZs3D9q1K9RsaNOmTdCqFdufKkDL0VaZtta0laap6AAApBqBBkAaaebl301TkNGGfpRJoWT79u1hINm9e3d4reChcFL3XmPhJY3qCzlt27YNWrRoEd7Xf66gVPeerglDkamCmvbdPGyalqel+18QAF4i0ABIA826aPZFIaaX7aMemiFRECm2P/zhDwfdU8PBFGzqNs0GHX300QfdQ4M0e6O9Nwo3msXhDBwAqUCgAVAt+sze17TzTNOeGDbzG5s2bQoDyZYtW8IZFV0rsKivGRQkT7M6HTp0CMONQo5mfNTX9Ykn6hgjGJqp0czNI6YtM+3gtYgAUCEEGgCVpNGgQsyFpqkimXe0xKsYUIqhRSGGwJIdxcCjcFMMO8UA5PHSNlVOW2Ka9t3oGgAqhkADIGnaD6NZGAWZDrrhAwWXjRs3huHl5Zdf3hda1JBfxXCjsPPlL385DDmdOnXyLejoX3IFGwUcqqYBSByBBkASipv6LzWtsIM7p7SJvhhcnnvuuTC4FGdggCIFm2LQOfXUU8O+rlW4IOe0z2a+aYQbAIkh0ABwRefDKMQMNC2XIUbVwDZv3hxs2LAheOGFF8JfhRdVDAPKpTCjYNO5c+fga1/7WvjbsWPHsHpbTmlNpcKN9t0QbgA4Q6ABEIf2xHzTtH6m5Wo5mZaMKbCo/eQnP9kXXoCkaY9Oly5dgpNPPjlcrqbrHC5Z0xTmQtN+ZNom3QCAqAg0AMrV1jQFmP6m5eaMGC0VW7Nmzb6ZF/WBtNDyNIUbhZxu3bqF/RxREYH7TVtsGpUxAJSNQAOgFPo8rE39CjE67DLTJZaLsy9PPfVU+Lt+/fpg504dsQFkQ+vWrcOZGy1TO/PMM8PfHMziqBS0zrlZYJpKQe8yDQCaRKAB0BidD3O5aTWmZXa0pLCyevXqcNO+ZmG0iR/IG83aaPbm9NNPD3r06BGGngxTmFGo0cyNQg4ANIhAA+BA2tCv6mSajcnkupZigFm7dm34q438gG9UYEDBRlXVFHR0MGhGab/NvaapoABL0gAchEADQLSErLdpV5mWuSVlqjJWDDCagdEyMgD707K0ujM4GSwZXVySdpdpOudGfQAg0ACeU2WyK0xTqeVMfb7VvpdiiFm3bh2lk4EyKMx07dp1X7jRfpyM0fk295immRsOfQI8R6AB/FOcjVGQ0W8m6AyYZcuWhQFGv9rYD8ANFRTo27dvGHD0m7GzcFaZVqySxqwN4CECDeAPzcBob8y3TWuvG2lXnIVZsmQJG/mBClKJ6AsvvDBrszfaX6PlaLX2GoAnCDRA/mk0cp1pqlSW6r0xWja2atWq4JFHHgl/t21jTAJUmw767NWrV/Dv//7v4W8G9t5olkazNT8wbZ1uAMg3Ag2QTxpxaDZGy8pS/Xm1WJHs4YcfZikZkHLFpWkKN5q9ycDSNFUI0XI07bdhox2QUwQaIF+0rEyzMYNNS+1IQzMvK1euDJeSqSrZnj0seweypnnz5mHVtPPOOy8MOZrJSTGdnKulaLebtlU3AOQHgQbIh06m3WBaP9NSuaxMIWbx4sVhiFFVMgD5oqpp2ndTU1OT5nCjryc6sHOGaet1A0D2EWiAbNNJ/uPsb+oUK5MtWLAgnIkB4AfN3PTv3z/tFdMUaCabpjNtAGQYgQbIHs3AaCZGMzKamUkV7YHRTEwxxLCcDPBXcVmawo1mbrQHJ4VUQlFL0Raaxj4bIIMINEB2aKP/ENNuNC1Vh2AqtGhj/1133RVWJ+OQSwAHUnU0VUm7/PLLg969e4dhJ2W2m3araSogQHUSIEMINED6tTbtetN0fkyq1m7obJj7778/mD9/fri8DABKoWVol156afDNb34zjefcqICAQo3CDQ82IAMINEB6aVetlpWpYllq1mloc//ChQvDJWUcdgkgLh3iqSVp/fr1S1sxAU01K9hoOdoW3QCQTgQaIH06mKZlZTpHJhUn2GlJmcosazZGv+yLAZAELUUrLklL0QGeeuDNN00FBAg2QAoRaID0UJBRxbLUlF7esmVLcO+994ZLyji1H0CltG3bNlySpnBz4okn2rtVVyz5PNI0gg2QIgQaoPo6mlackal6kNGGflUpU5Ch1DKAatP5Ngo2CjgpmbVRsFFFNJ1lw7pbIAUINED1aEZmtGmpCDKajfnBD34Q1NbWBjt3ak8sAKSHSj4PHjw4uOKKK9I0a6NgM9Y0ZmyAKiLQAJWXmiBT3BujIKOyywCQBT169Aiuuuqq8ODOFJR/Zo8NUGUEGqBydHaMlpbpLJmqrpvYvn17uC/m9ttvZ28MgMzSXptvf/vbwcCBA9NQIa0YbDRjw4MVqCACDZA8nR1zjWnXmaYzZapGZZYVYhRmqFQGIC80S6M9Ngo3nTt3tnerRuWe7zBNe2x0WCeAhBFogOTo7BidIaPKZVUNMsuWLQtuvfXWYP369fYOAOSTzrUZPXp0Gpaj7TJNh3Mq3LAxEUgQgQZwT2/QgaYpyFRtDYQ29muDv/bHaMM/APikQ4cO+5ajtW5d1W9KO0ybYJoO6dTsDQDHCDSAW31Nm2ha1UrwaE/MjBkzgnvuuSfYtUsfCAHAXyr1PGTIkOC6664L2rdvb+9WxWbTdIaNzrIB4BCBBnCjk2kzTesW9qqA/TEA0DAtP+vXr19www03hMvSqmidaUNN2xD2AMRGoAHi0ZKyaabpdP+q0OGXmpFR+WUAQNN69eoV3HjjjUG3blX7BiWLTdOMDWuCgZgINEA0Krs8wjSVYa5KCWYFmeHDhwcbNvCRDwCi0EzNuHHjwgICVaI9NbNM0xk2rBEGIiLQAOVT5TLtk9G5MhWnimUTJkwIl5gBAOJLQWU0lXcuFg5gzTBQJgINULoupmmfjH4rSntiFGTGjh0bbN6sfaUAANdUGU0zNtprU6Vgoy9V15qmfTYASkSgAZqmmRjNyGhmpqIUZLTJf/LkyZReBoAKUbDRjI0O66xSsFlomgoHcDAnUAICDdAwvcV0wn/FD8YszsiMHDmSIAMAVVLlGZviwZxTTWMZGtAIAg1Qvx6mzTatY9iroGKQYWkZAKSDgs3EiRODmpqaagQbfdXSbA2lLIEGEGiA/Wl5mYJMTdirIDb7A0C6nXjiiWGwqVJVNAWaq03bFvYA7EOgAQr0yU17ZKaYVtHlZZRfBoBsUVW0mTNnVuMcm52mqcSzSj2zDA2wCDRAoWrZ3aadGPYqZP369eHSMgUaAED2KNBoxqZr1672TsVoTbJma3iBAMYh9hfwkWZiVIb5x6ZVLMxok/9FF10UnHLKKYQZAMgwPcP/7d/+LTj//PMrvVxY+zufMe1O0yq6qgBII2Zo4KvepmlWpmKHY+7YsSPcIzNnzpywihkAID9ULGDw4MFhVbS2bSt67vIO03R2jUo9A14i0MA3essoyCjQVMSuXbuCGTNmBLNmzQp27tTyZwBAXrVu3Tq4/vrrg+uuuy68rqBVpl1pGkUD4B0CDXwyxLRpprUKexVQW1sbnu6/bRvvFwDwiWZptL9m4MCBlSz1vNu0kaapaADgDQINfNDetHmmVWzXptZVa8O/Nv4DAPylimhTpkwJevXqZe9UhMpmDjCNA83gBYoCIM/0SWyYab80rSJhRhv+BwwYEHTv3p0wAwAIiwWcc845YTEYvSMqpLNpL5k23rSKnwQKVBozNMgrVYDRrIwe6onbvXt3MH369GDy5MnhNQAAB9LSsxEjRgQ33HBDJffXqPzaIPsL5BKBBnmjL1HXmzbOtIrslVm4cGEwdOjQYPv27fYOAAANa9OmTTBt2rRwf02F6EvbWNM4kBO5RKBBnlR0r4yWESjIcJYMACAKHcipYNOli853rgj21iCXCDTIi4pVMFMZZlUuu+OOOzhPBl457rjjgksuucT2kvPAAw8E//3f/217QP4NGTIkLBxQoWVou0wrztYAuUCgQdZVdFZm2bJlwbXXXksZZmRSfYFEa/o/9KEPBUcccURwyCGHhNeHHnpo2Nd13XKzhx9+eFjwImnPPPNM8O6779peEH44eOedd4K///3vwXvvvRdev//++2Ff1wd+WCAQIYtU5nnmzJlBv3797J3EqXKN9tYwW4PMI9Agyy417U7TEp+VYXkZ0qxuUFEAadWq1b5AUjec6P7pp58e/vfybO3ateFM6oEhSNe6XwxABB+kUefOnYPZs2dXahmaZmuGmnZP2AMyikCDLGpjmoJMTdhLkAY/EyZMCE/5Z3kZqqVuYNEsykc+8pEwoBx55JFBy5Ytww3Gp512Wvifo3TPPvtssGPHjuDtt98O/va3v4Whh8CDNNCHCS1D08GcFVqGttK0K02jug0yiUCDrOlh2lzT2oW9BK1cuTJcXrZ161Z7B0hO3dCiwKKgosCi4HLUUUd5MbOSNprp+dOf/hQGnWLgefPNN8P/jLCDSmjXrl24DK2mJvHvd6Iwo1CjcANkCoEGWdHCtImm6aDMRO3cuTMYPnx4cM89zMAjGcXw0qJFi+CjH/1o2I4++ujgzDPPtP8NpN3TTz8dlmp/6623wmeGAo8QdJCESy+9NAw2mo2tgDtMG2malqMBmUCgQRZ0MO1B0zqFvQTNnz8/3CujZShAXMXgouUjCi0f/vCHw+UjCi+nnHKK/W8hTx5//PHg9ddfD4OOZnO0fI2QAxf07FCJ58GDB9s7idpkmqaM9QukHoEGaadyzDNN0wxNYrSs7MorrwxWr15t7wDlKYYXLRXTwEPLxj71qU+xtwXBunXrgt///vfBX//613A2R3t2CDmISmfXzJ07N+jQQd/6EqXDODVTQ3lnpB6BBmmlXZDa+J9o/Up9PZ0zZ054rowGGkCpigHmE5/4RBhgPvOZz7DPBSXT/pzf/va34XPnjTfeCO8RclAqVSwcN25ccP311+9XWj0hy0zT3hqWLiC1CDRIIy0t0xKzRD8/aVZGA9L161WKH2hY3aVjCjAf//jHwwDDsjG49OijjwavvfZa8Je//CU8h4eAg6Z06tQpePDBBysxW6OCAd8wbUPYA1KGQIO0SXyJmWZldMq/ZmVUohU4UN3lYx/72MfC8NKzZ0/7nwKV8cQTTwS/+93vgj//+c8sU0ODVFxEszXDhg1LerZG9cyHm8YSNKQOgQZpoSVmd5uWaG3KzZs3B1dffTUHZGI/xQCjZRyf/OQng09/+tMVOREfKEdxmZpKSWs/DgEHdekgzrvvvjs48cQT7Z3EcGYNUodAgzTobJqWmLUPewnRXhmVY2ZWBqIQ079///CMl89+9rNBr1697H8CZIMqqmnprALOvHnzCDcIP8roMM5rrrkm6dmabaapCtq6sAdUGYEG1aYlZrNNS+zJu23btmDQoEFUMPNccRZG1ccUYrTmnD0wyIvnn38+2LJlC7M3CHXr1i2shNa+faLfCVmChtQg0KBaWpmmIDMw7CVk8eLF4RIzzpXxk0KMDqTTuS96sbMPBr548skng9/85jfBH//4R87C8ZSqL86ePTt8BiZsoWlagsbyB1QNgQbVkPhBmSqFqnNlFGjgL22UHT9+vO0B/lq+fHnw61//Ojzsk3Djl969e4ezNW3atLF3ErHZtItM4yBOVAWBBpXW17R5pmmGJhEqw3zRRReFS83gNwINcLDHHnssXJ6m828IN35QmNE/6x49etg7idAMjWZqNGMDVBSBBpWiPTLjTBsT9hKgZRUjR44MZs2aFV4DBBqgcTr75le/+hUzN57QQZzTpk1LumCA9tRobw0vYlQMgQaVoNmYpaYl9mlIXxu14XvDBs78wgf04tbZDACaRrjxgw7jVFW8hMs762wELUFjAysqgkCDpOmJ+YD9TcT8+fPDjf+UY8aBZsyYEfyf//N/bA9AqVasWBGGGz1XCTf5o/LOU6ZMCcs7J2iLaQo1G8MekCACDZLUzzQdlpnIfhm9aFWOmY3/aMjMmTPDJRYAoiPc5FcFCgboS+O1ptWGPSAhBBokRXtlJhYu3du4cWO4xEwn/wMN+Y//+I9w9g6AGw8//HDwyiuvcJBnjqikvf55du3a1d5JxATTJpnGvhokgkAD1zQboypmqmaWCG3614n/bPxHUwg0QDKeeuqp8IOSDvJk1ib7VCRgzJgxYSGVBK0yTUvQWB8O5wg0cElHEut8mc5hzzGdLaMlZsuWLbN3gMbdc889wRVXXGF7AJKgM25+8YtfhEuXCDbZprLOCqgJLkHTfhqFGu2vAZwh0MCVLqapklnbsOeYqpdpiZmqmQGlqq2tDS6//HLbA5CkZ555Jgw2zNpkW4cOHcIlaF266LWeiJ2mfcO0dWEPcIBAAxcGmnanaS3CnmNz5swJhg4dGuzevdveAUpDoAGqY+XKlcGrr74a3HfffQSbDNISNJW9T7CoitaMq1jAnLAHxESgQRw6mUub/xNZdKuKOtdee204KAWiWLRoUXDRRVrdAKAann322eCXv/xl8PrrrzNrk0E1NTXhUkKVeU4Ih3DCCQINolKY0fkyNWHPMW021RIzVTMDojjuuOPCss3nnnuuvQOgmjRrs2nTJvbaZIwO4FQYTfAgTp29MMg0igUgMgINotA+GYWZbmHPsVWrVoVf1TkoE3GoWs/48eNtD0BaPPHEE8HPf/7z4O677ybYZIRmaBRENWOTkPWmnW/a9rAHlOlQ+9skBgawOpr2mGnOK5mpDPPEiRPDMrvsl0Fc3bp1CxuAdDn22GODf/3Xfw2+/OUvB1/96leDr3/96+GStDfeeMP+N5A27777bvDggw8Gf//738Pn6iGHHGL/E2famabjHp40bYduAOVghgblSKySmWZjNCuj2RnABWZogOxYunRp8PLLL7PPJgMUaPTPq3Xr1vaOU1RAQyTOIzZyS/PM+nLiPMxoTfW//Mu/EGYAwFPnn39++AFClbU0U689cEinNWvWBF/5yleS2uOqlPSMaZeGPaBEBBqUQnUbtWfGeZkThZhTTjklLAIAAPBbnz59whPrVdBj6tSpBJuU2rp1a/Bv//ZvSR10raJD80xLrGY08oc9NGjKNNNuNs15+J0+fXp4ijv7ZZAE9tAA2fX5z38+6Nq1a9CxY8dwNuA3v/kNe2xSRvtqlixZEm5JSOhZ28s0zdg8HvaARhBo0BB9IbnXtP8d9hxSgLnyyivDpQXvv/++vQu4RaABsk8FBDSLr5LBKiJAsEkXvcO1BO1Xv/pV0KtXr+Dwww+3/4kz2rvbwbQVpjFgQINYcob6aGmZHh4Dw55D27dvD8466ywOywQAlKx79+7B0KFDgzlz5gTf+973WIqWMgsXLgz/GW3bts3ecUr7abSvJrHTPZF9BBocSJv+nzdNU71OaQOhlg6sW0fxEgBA+YrB5s477wxuu+02gk2KbNiwISzws369jpRxrqtpPzPNeWEi5AOBBnXpQaGvIM6PA168eHG4gVAzNAAAxHHGGWcEw4cPD2bPnk2wSZGEV2HoHDyNUXRmDbAf9tCgSA8Kzcy0D3sOTZo0KTwsUxsIgUphDw2Qf9pjc+qppwbHH398cNJJJwWvvfYae2yqTO/6hx9+OHjvvffC4OlYG9P+H9MeMY0DOLEPgQaiTXc6/d/pVK5O/r/qqquCGTNm2DtA5RBoAH8Ug41+v/SlLwW/+93vCDZV9uyzz4bFAnr37h00b646Q85oL4321Txn2m91A2DJGbQu1fmBmTr5/5xzzgnuueceewcAgGSde+65wYgRI8JzbKZMmcJStCpTsQAtQUtgubnKOetDLF+tECLQ+K14+r/TyiF6cGlj4OrVq+0doPIcfxEEkCHFYKMVAhMnTiTYVJEKASVUAU1jF41hNJaB5wg0/tIDQKf/twh7jqi6icIMJ/+j2j70oQ/ZKwC+0nKnMWPGBFOnTg3GjRtHsKkSjQk0Nkigyqm+XGksQ6jxHIHGT8Uw4/QTtmZkNLWcUB16AAAiOf/888O9wJMnTybUVIlWb2gp+rJly+wdZwg1INB4aLBpzsOM9sroQaW9MwAApFFNTU3wH//xH+GMDcGm8jRGuOiii4JZs2bZO84UQ801YQ/eocqZX6437QemOQ2yKsusg87ef/99eweoPgXsLl1UwA8APvC5z30u6Nq1a/DZz3426NixY/A///M/VESrII0VHn/88STKOmtsc65pb5qWyOmeSC8CjT8UZmYWLt1QWeYbbrghrCQDpM15550XrtkGgPpohub0008P2rVrFwab119/nWBTQSrr/Pvf/z4s4HDIIU6/s/YyjVDjGZac+SGRMHPJJZckMW0MAEDFFPfXaLUBy9AqS8vVNZZIYLm6xjwa+8ATBJr8cx5m9OBRCcbFixfbOwAAZJv2drC/pvI0lkhoDy6hxiMsOcu3RMKMHjwJlF4EnOrTp0/wta99zfYAoGnF/TXt27dnf00F/fa3vw1+/OMfh89txyX3WX7mCWZo8st5mCkemEmYQRYcccQR9goAyvONb3wjuOmmmziUs4I0tvi3f/u3cKzhGDM1HiDQ5JPzMLNly5ZwmRkHZgIAfHHxxRcHM2fODCZMmECwqQCNMRRqEhhrEGpyjkCTP87DTIIPGAAAUk1VuDRbw6GclZHgB1RCTY4RaPJliGnOw4weLAlMAeMAelHefPPNvDAdcVwGFIDndCjn7NmzCTYVoDGHxh4bN260d5wh1OQUb/z8qDFtduHSDa1nPeWUUwgzFaCX4y233BKMHTs2uPzyy+1dxNGiRQt7BQBu9OzZMxg1alR4/hqhJlkae2h1SAL7dhVqNGZCjhBo8kF/MR8wrXnYc0APEFUz27lzp72DJOiFqBfjnDlzggsvvDC8x0AcANLtggsuCJ/bBJtkJVhZVWMmQk2OEGiyL7Ewk0BNeNShl6DOOxgxYkQ4tV5EoIlPf7YtW7a0PQBwT89tPb85tyZZCYUajZkINTlCoMk21Vd3GmbWrFlDmEmYXnzTpk0L7rvvvvCE6gMddthh9gpR6eRpbeQFgKTpOV5bWxs+1wk2ySiGmpUrV9o7ThBqcoRAk11dTXvQNKczM6q9T5hJTjHMDBs2LDj11FPt3f0dfvjh9goAkAXab6rn+m233UaoSYjGJgqPq1evtnec0BhqrmkaUyHDCDTZ1NE0hZlWYc8BPSA0fU6YSYZecFprfe+994YnITfmqKOO4oUIABl03nnnhc959tYkY8+ePeFMzbJly+wdJzSWesw0ja2QUQSa7Glv2jOmtQ17DmgKV1899KCAe3qpqYKZ1lp37dr0RyAtldKSKQBA9ug5r+e9nvuEGvc0VrnooouCxYsX2ztOKNRobEWoySgCTbYoxOgrgrMwoz0zGjwzM+OeXmQ6Xfr222/fV8EMAOAHPff1/Nd7gGDjlkLNgAEDXIca52MsVA6BJjucfz1gz0xy9PKaOHFieLp0r16q3QAA8I2e/3oP6H1AqHFr9+7dwaBBg1xXP3O+CgaVQaDJBufrOynNnBy9tLTx/+KLL7Z3AAA+0/uAKmjuaQyTQEln5/uUkTwCTfo5r8BBmEmGXlSlbvwHAPhF7wWV6+fcGrcSCjXOK8kiWQSa9JtpmrMa6evXryfMJEAvp3I2/gMA/KNy/TfeeCMFAxxLKNRovfjswiXSjkCTbiNMu6ZwGd/mzZvDamaEGXf0Qkpi4z9n0QBAful9MXv2bPbWOKSxjfYFa6zj0BDTJhYukWYEmvQabNqUwmV8+guuc2a2b99u7yAuvYSS2vjfokULewUAyKOePXsGY8aMCSZNmkSocWTnzp3hWMdxqBljmoINUoxAk049TLuzcBmfQsxZZ51FmHFILx/tl0lq4/8RRxxhrwAAeaYzVdhX447GOgo1W7dutXec0NKzvoVLpBGBJn1ONG2paU42ohW/Vmzbts3eQRx64YwbNy6YOXNmcMEFF9i77jVvzj5EAPCFloN///vf58waRxRqtKfG4YdcvZTnmdYl7CF1CDTp0s60J01zUiowofWk3tJLRsvLxo8fH57mnySWnAGAX84+++x97xhCTXzFpfY7duywd2LT2EwfnHVWDVKGQJMexb8oTg5z0oFTCVT88JZeLpMnTw769+9v7yTrsMMOs1cAAJ9ccskl4fuGUBOfQo3jYkgao+lcwNZhD6lBoEkHTWU+YFrnsBfTnj17ggEDBhBmHNFL5bbbbgtqapxVz25S69ateZkBgKf0vuEgTjc0FlJI1NjIER286WxrANw41P42SVOgSMztpl1auIzvuuuuC2pra20PUelF8p3vfCe4+uqrw9muSvr85z8fvPHGG8HatWvtHZSjW7duYQOArDr++OODE088MXwXaR+s3gmI5r//+7+D3/3ud0Hfvs729WvZ2WdMezjsoeqYoak+nTPj7KwZbSi84447bA9R6QWiP0utZz7zzDPtXQAAKkd7QEaNGsV5NQ7oQ+/w4cNtz4mBpvG1PyUINNXV27SZhcv45syZw0yaA3pp6BTnfv362TvImo985CP2CgCyT0cE6KgAQk0806dPD2bNmmV7Tow2jXLOKUCgqR6twdS+GSdrMBcvXhxce+21toeo9LKYMWOG01P/AQCIS0cF6MgAHR1AsIlu6NCh4ZjJkWI5505hD1VDoKmONqY5K8+sDW8qAuBww5t39HJQVZl777036N1bE2cAAKSLjgzQSowxY8YQamJQkYDVq1fbXmway6nymZMqtYiGQFN5xTSvM2di27JlS7hhXWWaEY1eCnpBaJ1y165d7V0AANJJHzE5hDM6fQBWOeeNGzfaO7EpzDxoGpXPqoRAU3mzTetVuIxn586d4cGZDuure0cvA2221NeatDn88MPtFQAA+9M+T86riU5jJ4Wa7du32zux6Yvo3MIlKo1AU1mDTRtSuIxHfxEVZnRoFKLRS0Cb/7XZMo1atGhhr1CuI444wl4BQH7pvBqKBUS3detW1wdv6giO6wuXqCQCTeUouWt2JjYOzoxPD38dlpnmzf8MyqM75BAebQD8oGIBHMIZ3fr168NQ43Af8jTTOAitwnjrV4b2y+hUWSef3DXFvGzZMttDufTQV6WY8847z95Jp+bNWYoLAGhanz59gttvv51QE5EKBDg8o0Yvb435dPgmKoRAkzz9i62NYqpsFtv8+fM5ayYiPei1ifI///M/w0oxaceSMwBAqXr16hXcfffdFAuISOfT6Dw/R1qbtsI0J9Vs0TQCTfK0zKxL4TIefUEYNGiQ7aEcerjr1H+1008/3d5Nt8MOO8xeAQDQtNNOO23fu45QUz6d57dq1Srbi+1E05xsNUDTCDTJGmiakyIA2vyvSlycNVM+PdRVyax///72Tja0bt2aF1JEhx56qL0CAP/ofaf3Hu+Q8miMddFFFwWbNm2yd2JzNg5E4wg0ydGpsU6Sucoza8Pajh077B2USg9z7TlKayWzxmhZXBrLSWcBBRUA+E7vPco6l08Vz3S+n8Mxl8aCHHKXMAJNMrRmUvtmYq+d1NcCDWopz1w+PcSnTp0alrUEAMA3ev/pPUioKc+2bdtcVj7TXuoHTHOylxr1I9AkQ2GmQ+EynpEjR7pcz+kNPbynT58ePpAAAPCV3oOUdS6fjsbQnhpHVO1WoYbypQkh0Lg3wrRehct47rnnnnBQjvIUw4wOHgUAwHcq66z3IqGmPKp6pupnjvQwbUzhEq4RaNzSv6wTC5fxOP4y4A3CDAAAB9N7UWewEWrKo/NpVGXWkXGm9S1cwiUCjTttTZtnWuzpxO3bt4dVNnbv3m3voBR6SM+ePZswg+DII4+0VwCAIhWb0XuSUFO6YuWzLVu22DuxzTWNQzcdI9C4UTw8U6EmlmIRAIUalK4YZnr27GnvwGfNmjWzVwCAuvSeJNSUR9VmNTZz9KFZh25qzMjp2Q4RaNyYZpqTknxaZrZmzRrbQym+8IUvBHfccUcuw8zhhx9urwAAcEPvy7vvvjt8f6I0GzZsCK6++mrbi62zaTMLl3CBQBOfCgBcX7iMR5vP1FA6PYz/8z//MzjrrLPsnXxp0YIPOAAA90477bTw/UmoKV1tba3LYk06cJP9NI4QaOLREjOthYxt48aNFAEoUzHMdO2a3/OqDjvsMHuFUmkZRcuWLW0PANAQvT81U8MBnKXTcRoq3OTI3aappDNiItBEVzwoKfa+GZ1Gqw1njg5wyj09dPXwvffee3MdZqR5c0rWl0vrnLXxFQDQtFNPPTUYNWpUMGbMGEJNCYpFAhztddZhm+yncYBAE51qiXcrXMajAZjD6hm5poetHrp6+J5yyin2bn4dccQR9goAgOQMGDCAUFMihRmN3Rx9iO5impMjP3xGoIlG0wKjC5fxTJgwwWV981wrhhk9dH1x6KGH2isAAJKl9+v48eMJNSVQASeN4RwZZpqTQ9l9RaApXyvTnJw3o78MkyZNsj00xscwI5ynAgCoJM08EGpKozHc4sWLbS82jS21BA0REGjKpw1csQ9E2rZtm8vpylzzNcxIq1ateKkAACpK45ObbrqJ908JrrzyymDr1q22F4vCjJNCUz4i0JSnn22xON5QlnuXX365l2FGtLldLxYAACqpf//+7KkpgQ7dPP/88119oO5tmso5o0wEmtJpVkazM7ENHz48WL9+ve2hMSrN3L17d9sDAACVoo+JhJqmOT56QwdudipcolQEmtJov4zWNmr/TCyrVq0KZs2aZXtoTPGcGR+qmQEAkEYKNZqtQeN0MLqj/TQq4aylZ5zbUAYCTWlUfSL2gSfaNzNo0CDbQ2N8ODQTAIAsOOOMM8L3Mhp39dVXu9pPoxkaSjmXgUDTNCf/Umltpb5ysG+maZravv322wkzAACkgN7H+shIqGmc44PSR5jm5LxDHxBoGqdpvwdMiz3tN3Xq1LBMMxqnMDN79uzgrLPOsncAAEC1KdTceeed7KdpwoYNG1yeT6OlZ7G3O/iAQNO4aaZ1LFxG5/hf7twqhpmePXvaOwAAIC1OP/308D1NqGmczqdZt26d7cWiglSzC5doDIGmYZrmi106z3E5v9zSw3H69OmEGQAAUkzvaUJN07T0TEvQHBhoWq/CJRpCoKlfa9OcVJjQBjEVA0DDimHmG9/4hr2Dulq2bGmvAACoPoWamTNnEmoaoT3TDgtB6dgQHbyJBhBo6qelZprmi6W2tjZYuHCh7aE+hJmmHXroofYKAIB00MHPen8Tahq2cuXK4I477rC9WNqZxtKzRhBoDqalZoMLl9GpbN/QoUNtD/XRQ1DFEggzjTviiCPsFQAA6aH396233kqoacTIkSODzZs3214s/UzrW7jEgQg0+1MlCS01i0X7ZTTNqP0zqJ8efpMnTw73F6FxhxzCX1MAQDr17ds3fJ8Tauq3a9eu8NgOR3upNUujbRE4ACOl/U0xLfZSM0o0N04PvYkTJwY1NTX2Dhpz+OGH2ysAANJH73O91wk19VO127Fjx9peLFp6dmfhEnURaD6gpWbXFC6j27RpEyWaG6GH3U033RRcfPHF9g6a0rx57NoUAAAkSu/18ePHE2oaoP1GCjYOaOlZ78Iligg0BVpqpgoSsWg60eEJsbnUv3//sKF0hx12mL0CACC9LrnkknB5FQ5WHCNqCZoDLD07AIGm4EbTOhQuo9N0oqONX7mkrzY6lAvlad26NV+8AACZcNppp/HOaoAKRqlIgAPaHqFtErAINEHQxbQRhcvodCKsphNRPz3cVLOeQFM+lcbUVy8AANJOgeb2228n1DRAZZxXr15te7Ho8Hdtl4Dhe6DR5gRN28XapLB7926XFSxyRw+12267LRyYAwCAfOvVq1cwbdo0Qk0DHFbC1Ri2ReHSb74HGs3MdC5cRjd8+PBwGhEH08PslltuCc477zx7BwAA5F2fPn3C9z+h5mDbtm0Lx44OnGjauMKl33wONFp/qL0zsaxfv97VKbC5o4eYyjheeOGF9g4AAPCF3v+Uc67fPffc42rp2fWmKdh4zedAo6pmqm4WmSpVaNoQB9PDS+UbKc+MSjvyyCPtFQCg2ijn3LArr7zSxdIzLTmLfSh81vkaaFTDu0fhMjqqmjXs8ssvZyM7qoIy1wCQLhoPaFyA/Wm7wtChQ20vFm2fGFy49JOPgUZ1u6cVLqPT4UgsNaufvsKoygkAAIBQzrl+tbW1wZo1a2wvFpVxble49I+PgSb2P3BVNdNSM6qaHUwPqxkzZgRdu3a1dwAAgO80LtD4gFBzMI0pHRy42cY0b8+m8S3Q6MyZ2FNyt956a7Bp0ybbQ5EeUqpo0rt3b3sHAACgQOMDKp8dTEvPtI3BgUtN8/JsGt8CzUzTYp05oz0zU6dOtT0U6eE0YcIEKpolpEULyswDALJP4wSNFwg1+9M2Bm1ncCD2+YpZ5FOgGWiaZmhiufrqq8MlZ9hf//79g379VGsBSTj88MPtFQAA2abxgg4kxwe0jUFjTAfbGVTCeUjh0h++BBqtK9TsTCwON27lir6ynHrqqbaHJDRr1sxeoSmHHnqovQIApNW//uu/MktzAIcFp7SXRuctesOXQKOqZqpuFtmOHTtcneqaK3oY3XbbbcGZZ55p7yAJLDkrHbNZAJB+Z5xxRjBt2jRCzQG0l2bbtm22F5nOWYxd0TdLfAg0Krel5WaxKMwo1OADeghNnjw5OO+88+wdAACA0vTp04ciAQdQtbNrr73W9mKpMa1X4TL/fAg0sZeaaZmZlpvhA3r43HTTTUFNjf6+IGmcfg8AyCMVCRg/fjyhpo5ly5aFzYHYxbCyIu+BRpuidHpqZCoAoE1a2J9O/VUhAFQGe2gAAHnFmOJgmqVxcDZNR9OuL1zmW54DjTYdjCtcRqczZ1SqGR/QV5Svf/3rtodKYF8IACDPTj75ZGZp6tA+Gkdn04w2LdY+8izIc6DRP8C2hctotmzZwpkzB9DDZsqUKcG5555r76ASPvrRj/KgBwDk1tlnnx1+ROZd9wFVPNu4caPtRaYwE/sDf9rlNdC0M21Y4TI6Tfdx5swH9JCZOHFicMEFF9g7qBQFSE3Jo2mHHOLD1kAAyJ++ffsGkyZNItRYOpPGUYGAa0zrULjMp7y++bUJKlad24ULFwarVq2yPYjWt1588cW2B6QTJa4BILsuuugiDt2sY926dS4KU6kwwJ2Fy3zKY6DpZlqs0lualRk5cqTtQfS1hH0zAAAgaeyn2Z/20uzcudP2IuthWu/CZf7kMdDELtOsNZxbt261PeihojrxvXp5U84cAABUyVlnnRXu1yXUFKhAwIQJE2wvlimm5bKMc94CTT/TOhUuo9G/NBQC2N+gQYPCOvEAAACVoP26/+t//S/bgwoEqFhVTCeaFvuw+TTKU6DRwvnYszPDhw+nEEAd+jrStWtX2wMAAKiM0047jVkaSwUCHJ2LOM203JVxzlOg0cFBsco0r1mzJiwGgAI9RKZNm0agAQAAFXfKKaeE4xBCTcHq1avDFpPCTO4O28xLoFGQubFwGY2S79ChQ20PenioRHOfPn3sHQAAgMrSOETjEUJNgaMjRTRmbl+4zIe8BBr9g4k1fTZ//nwXhxflBiWaAQBAGmg8onEJgmDz5s3BnDlzbC8ybdPI1WGbeQg0OihoSOEyGpXCo0zzB/QVhBLNAAAgLSjl/AFVPNu+fbvtRXapabk5bDMPgWa0abFO0psxY4aLfzFyQQ8LSjSnEyfgl+bII4+0VwCAvDj77LPD8QmhpvAhXkeMxKTyzSoQkAtZHyGpRHOs8nMqgTd9+nTbAyWa06tVq1b2Co1p1qyZvQIA5InGJxqnwFkZ576mdSlcZlvWA03s9X+TJ0+mTLOlrx5UNAMAAGmlcQqzNIViVjpqxIGJ9jfTshxoupmmZBnZhg0bwmIAoERzFhx66KH2CgAAP2mccttttxFqjGXLloVHjsTUw7TehcvsynKgiT07o2SrhIsguPLKKynRnHKHH364vQIAwF/nnXdeOG5B4KqoVeYrnmU10Gh2Ri0yHUzkINXmgr5y6PAqAACALNC4hVmaIFi/fn2wePFi24uss2mxVj1VW1YDjZPZGRTCzNSpU4NTTz3V3kFaHXHEEfYKAAC/adyi8QuhpjBL42DFUaZnabIYaLTWL9bsTG1tLYdoWqoWcv7559se0ow9NAAAfEDjF6qeFSr2amwbkyoH1xQusyeLgSZWzWwlWB1IhMLsjA6qQjZQjrhp+ne6ZcuWtgcAyDsO3CwYO3ZssGvXLtuLTBXPdD5N5mQt0Gh9nxJkZKrbvXXrVtvzl/7y64Cq7t272ztIOw6MbNoll1wSnHvuubYHAMg7jWM4cDMID4ifNWuW7UXW0bRLC5fZkrVAE2t9n5IrszMFAwYM4ADNjNHMA1+hAADYn8YzGtf4bsaMGcHOnTttL7LR9jdTshRonMzOOPgHnXkaFP/Lv/yL7SErNPOgGQgAALA/jWt8/+inMe6tt95qe5F1MK1f4TI7shRoYs3OOPqHnHnFpWZnn322vQMAAJBtGtew9MzZx/vM7aXJSqDRCaaxZmduv/12ZmeM/v37s9QMAADkjsY3Guf4zNH2Cs3SZKriWVYCzY32NxJHG6UyT18tvvrVr9oeAABAvmic4/sszZw5c8Kxb0yxxt6VloVAozNnuhYuo7nrrru8n53RX+6JEycGvXtrsgsAACB/NM7ReMfnULN7924X2yy0Mkr71zMhC4Em1t4ZZmcKtJn84osvtj0AAIB80njH9yI6vs3SpD3QdDFNMzSR/eAHP2B2hqVmAADAI74vPXM0S6NxeK/CZbqlPdDESoY7duwIqz34btCgQUGfPn1sDwAAIN807tH4x2eOZmlusL+pluZAE3vtHpXNCrMzX/nKV2wPAADADxr/MEsTe5amh2mx9rJXQpoDzXX2NxIFGWZngmDIkCGcOQMAALyj8Y/GQT7TLI1WLMWU+lmatAaatqbFOqV0xowZzM4cd1zQpYuWPwIAAPhH4yDfZ2kmT55se5GpRK7OpkmttAYa7Z1pUbgsH7MzhTCjE3NPOeUUewcAAMAvGgdpPORzqNEsTcyP/M1NG124TKc0BprWpg0uXEZTW1vr/eyMTsrVibkAAAA+03hI4yJfaZZG+8pj0sopraBKpTQGGoWZVoXL8u3Zs8fFBqhM01eITp1UUwF507JlS3sFAABKpXGRz7M0OpNRwSYGrZz6duEyfdIWaDSlFasYwPz5812UqMs0yjTn16GHHmqvAABAqXwv46yVS1p6FpMqLETeEpKktAWaGtPaFS7Lp9kZBxufMk1fHzhEEwAAYH++l3HWCqaYszRtTBtYuEyXtAWaWGXhNDuzZcsW2/OP/pJOnDgx6Nmzp72DvDnssMPsFQAAKIfKOGuc5Guo0Qqme+65x/Yii7WSKilpCjSqL9y5cBmNSjX77JJLLgkuvvhi20MeNW+uVZkAACAKjZM0XvKVigNoRVMMHU3rVbhMjzQFmliJb/Xq1cGmTZtszz/62nDSSSfZHgAAAOqj8ZKvszRaybRy5Urbiyx1xQHSEmi0b0b7ZyL7wQ9+YK/8pHKEF1xwge0hr5ihAQAgHo2XfC7j7KCEsw7a1ExNaqQl0Gh2JvJITWlz2bJltucffWWgTLMfDj/8cHsFAACi8rmM85o1a4KNGzfaXmSp2kuThkCjM2diHaTp+7kzAwYMoEwzAABAiTRu0vjJVw6qAqvamaqepUIaAo3+QFoXLsunig2qbuYrZmcAAADK5/MsjVY2xawMrPNoYk1IuJSGQBNrY5HWAcasqZ1pOiSqd28tZYQPjjzySHsFAADi0PjJ18M2VenMwV6a1BQHqHag6Wpa5E1FCjK1tbW25x99VaCymV+aNWtmrwAAQFw+VzxbuHBh3EkBFfVKxVf1ageaWAdp6h+Elpz5Sl8Vzj33XNuDD1q2bOntgxcAANc0jvJ1lmbHjh3BnDlzbC+yVBQHqGagiZ3qHEyVZZYGtV/+8pdtD77Qg9fnA8EAAHDN51kaB8ee9DCtQ+GyeqoZaC41LXKp5nXr1rkoOZdZgwcPDs455xzbAwAAQBT6WKhxlY9UGECH08d0hf2tmmoFGgWZWFNUM2bMsFf+YXYGAADAHY2rfJ2lcXD8yRDTVPWsaqoVaDQ91bZwWT7tm1m5cqXt+UdfEXr27Gl7AAAAiEPjKl9naTRDs3XrVtuLRMevVLU4QLUCTazZGa33U7k5H+nrAefOAAAAuOXzLI2DvTRVLQ5QjUCjmRnN0ESiIHPPPffYnn+GDBkSnHXWWbYHAAAAFzRLo3GWjzS2jlnCWUexVK04QDUCjebzIhcD0FIzX0s1MzsDAACQHI2zfJyl2blzZ7B48WLbi6xqxQEqHWgUZK4qXEZz11132Sv/6KtB9+7dbQ8AAAAuaZzl6yyNgzG2Ji2qUhyg0oFGS810/kwkmzdvDlatWmV7fmF2BgAAIHm+ztI4OBKljWlVKQ5Q6UDT3/5Gcv/999sr/zA7AwAAkDyfZ2nuvfdeexVZrLF+VJUMNK1Mqylcls/nYgD6SnDiiSfaHgAAAJKkcZePszS1tbVxiwNohkYzNRVVyUDTz7TI6+pUDGDHjh2255dBgwZR2QwAAKBCNO7S+Ms3u3btilscQPvlLy1cVk4lA02syge+FgPQ14GTTjrJ9gAAAFAJGn/5OEvjYMwdqwBYFJUKNKpL3aVwWb5t27aFp5j6aMCAAcG5555rewAAAKgEjb80DvONigNs2bLF9iLpaFpFK1lVKtDEnp3RHhrf6KvAl770JdsD0JTmzSMfcQUAwEE0DmOWJpKKnklTiUATay2dz8UALrnkkuC8886zPaCgZcuW9goH+tCHPmSvAACIT+Mwjcd8o7F3zOIAsfbOl6sSgaabaZHPnlmzZk2wfft22/MHe2fQkEMPPdReAQCApPm4l2bnzp1xz35UpbNehcvkVSLQfNP+RuLr2TP6GnDBBRfYHgAAAKpB4zEfZ2kcjMFjZYByJB1oNNWkKadIVKY5Zum4zPrEJz5hrwAAAFBNPo7LdGSKCnPF0Ne01oXLZCUdaHSQpg7UjERhJub6vUzStCYHaaIhLDkDAKCyfDxoU/vYFy5caHuRaGIj8qH65Ug60MSaalqwYIG98svgwYOD7t272x6wv8MPP9xeAQCAStC4TOMz3zgYi19ofxOVZKCJtRlIU1yqg+0bpX9KNQMAAKSLjyWcN27cGGzevNn2IulhWuTiYKVKMtAozEQ+FMJB/etMuvzyy4NevSpWFAIAAAAl0PhM4zTfxByTKwtoL02ikgw0sf6JayOSb5idAQAASC8fZ2mWLVtmryJLPAUmFWi03Eznz0Si6S0136gk4De+8Q3bA+p35JFH2isAAFBJGqf5VsJ569atcbeBdDYt0WVnSQUaTS1FXm7m69kzRx99tL0CGtasWTN7BQAAKs3H8ZqDsXmi1c6SCjSxppZ8PHtG05cdO3a0PQAAAKSRxms+LjtTGecYEl12lkSg0XKzLoXL8mlKK+YhPpk0aNAgSjUDMR1ySJLbAgEAKJRw1rjNJzrsfvXq1bYXSSfTElt2lsTbn+VmZVLK/+IXv2h7QOMOO+wwe4UDHXHEEfYKAIDkaNzm2yyNgzNpElt2lkSgOc/+lk1TWQ4qKWSONpf16dPH9oDGEWgAAKgujdt8Kw6gMfru3bttL5LIGaEprgONlpvpAJ1I1qxZE05p+eaoo46yVwAAAMgC38Zvu3btClatWmV7kXQ1LZFlZ64DjZabtShclu9HP/qRvfIHxQBQrpYtW3o3zQ0AQNr4WBxgyZIl9ioSbUlJZNmZ60Bzof0tm6/LzXTi7Jlnnml7QNPOPfdc76a5AQBIG43fNI7ziYNlZ5GzQmNcBppWpkU+THP9+vXeLTdTqj/xxBNtDwAAAFmicZxPszRadhaz2pmWnWmLilMuA01v0yIvN4s5hZVJFAMAAADILh+LAzz88MP2KjJtUXHKZaA53f5G4uNhmh/72MfsFQAAALLIt/Gcg0M2ne+1cD1DE4mPh2lqepKzZwAAALLNtzNptEVElYlj6GVa5DMr6+Mq0HQxLXIZNgdTV5kzYMCA4KyzzrI9AAAAZJHGcxrX+SRmZeLWpkXed18fV4Hm3+1vJDFrWmcOxQAAAADyw7fiADFnaCRWdjiQq0ATeXPPli1bgk2bNtmeH7R5rG9f5/uhAAAAUAUa1/lUHEDj940bN9peJE7Po3ERaNqbFnm6YeHChfbKH0ceeaS9AgAAQB74Nr6LWaFYW1WcLVdyEWh62N9IHn/8cXvlB01HfuELX7A9AAAA5IHGdz4tO1u5cqW9iixWhqjLRaA5z/6WTVUSdKCmTzh7BgAAIH98O5NGS85iVim+0P7GFjfQ6CDNyOlKyS5mHevMadWqlb0CAABAnvg2zot5jqSqJKviWWxxA01X0xRqIvFxudnxxx9vewAAAMgTjfN8WnYWcyyvs2iclG9uZn+btHfvXnu1nymmjShclmf37t3BUUcdFezatcveyb9x48YF48ePtz0gOv17NGHCBNtD0X/8x38EV199te0B2bN06dLg5Zdftj1U2zHHHBMMGjTI9oDS+PSObtGiRfCnP/0pzszUHNMq9+JWoKmnvWRaJD/+8Y+VkLxq06ZNs//rgXhMOK733zHf29y5c+2fEJBNs2bNqvffbVp12pQpU+w/GaB0Gu/V9+9TXttjjz1m/5dH8hvT6ssYZbU4S87amtapcFm+hx9+2F75QdOPX/ziF20PQBKaNSt50hlIpbfeesteodr03vZp6RDc0XjPp393Yo7pdfxLh8JldHECTS/7G8nq1avtlR9U9eLcc8+1PQAADuZboZw003v7ggsusD2gdBrv+VTtzMGYPlamkDiB5nT7WzaVeIt5umjmfPSjH7VXAAAcTPtnHnjgAdtDNenrOkV8EIdP474tW7YEmzdvtr1IImeKojiBprf9LZtvszM8GAEATXnllVeC//7v/7Y9VJO+rvv0hR3u+VbtLObYXjM0kasmS9RAc6JpbQqX5XvqqafslR9YbgYAaIzWoC9YsMD2UE18hIQLvi07W7t2rb2KRCXSOhcuo4kaaCIfpilr1qyxV374xCc+Ya8AADiYSjUzO5MOzM7AFZ/Gf5qhibkHMFa2iBpoIq9127BhQ7iHxhf60tOhQ+ziDcB+fDuJGMgzZmfSQ+/sE0/UIhQgPo3/fFl2tnPnzmDdunW2F8mp9jeSis/QxPwfmzn6ynPOOefYHuDGIYfE2f4GIE1eeuklZmdSQAPP0aNHBzU1NfYOEI/Gfyw7K1lX0yLvo4kyKupiWuTPwzH/x2YO1c0AAA1ZvHgxlc1SQgPPyy67zPYAN3waB8bcUqIwo1ATSZRAE/n/Ma2t86nCmb72HHvssbYHAMD+Nm3axOxMCuh9fdJJJ9ke4I7Ggb4sO9MqrF27dtleJJG3tEQJNJHXuDn4H5op+trTp08f2wMA4APaN8PsTPVpsHnTTTdxiCYSoXGgL8vONHERc5amojM03exv2Xwr19y8eXN7BQDAB3SI5s0338zsTAposNm/f3/bA9zzaTwYc2uJtrVE2kdTbqBRjejWhcvyrV+/3l754ZOf/KS9AgDgA5RpTgfNznz961+3PSAZPo0HHeyjiXQeTbmBJvJU0O7du72qcKaHZPv27W0PcOvII4+0VwCyhqVm6aD39JQpUzj4Gok75phjvNlHs3HjxrCEcwyRVoKVG2gi75/R/0CFGl9oCrtnz562BwBAECxZsoSlZimgweXEiRPZN4OKOPvss73aRxNzRVakwgDlBprI+2cef/xxe+WHj3zkI/YKAIAgePTRR4NRo0YRZqpMYWbMmDHBxRdfbO8AyfNpXBhzzK99NGUrJ9C0M61N4bJ8GzZssFd+OOqoo+wVAACF9yBhproUZkaOHBkMGDDA3gEqw6dxYcwxv866PLFwWbpyAk3k2RkHZdwyRQ/MDh062B6ASmnWrJm9AtJl4cKF4d4ZVJeW/QwcOND2gMrRuNCXfTQKNDGPaSk7c5QTaL5mf8umg8N8On9G5R9POeUU2wNQKRRLQBo99NBDwbhx45idqTINJqlohmrRuNCX8uDaM6+98zGUnTkqMkPjW7lmlpshaYccUu72NwDVoH0zWuJEmKkuhZlbb72VimaoKp/GhzHH/snM0Ozdu1fr2ToVeuXz6UBNPTQ/+9nP2h6QjBYtIp07BaDCfvrTnxJmqkzv5VtuuSXo27evvQNUh8aHviw7izn217knZe3bL/Uzb+QwIz7N0Gh9bq9evWwPAOArzpupPg0eJ0+eHFx44YX2DlA9Gh/6Ur7Zwdi/rGpnpQaaSKd2yvbt24Nt27bZXv61aqXJLACAzx588EHOm6kyhRmdNVNTU2PvANXnyzhRh2tu3rzZ9iIpazKl1EBzsv0tm2/7Zz75yU/aKwCAj5YuXRqec0KYqR6FmfHjx3PWDFKH8s0lKyt7lBpoetjfsr3wwgv2Kv/0AP30pz9tewAA36gIwIgRIwgzVVQMM74s7UG2fOYznwn/HfVBzAxQVmGAJgPN3r17Yx2ouXr1anuVf3p4du/e3fYAAL6hCEB1EWaQdhon+vLvZ8wMUNYBm6XM0ETeP6MDNWPWoc6Uli1b2isgWZRtBtLnhz/8IUUAqkhh5qabbiLMIPV8GS86OIey5H00pYyKIh+oqTCjw3V88bGPfcxeAcmibDOQLgoyqqbF7Ex1KMxo35IvBxci23waL8bcS19yBikl0EQu2exTQQA9TLUuEgDgF1U00zInwkx1FMPMgAED7B0g3XzaRxNzpVbJq8RKCTRl1YGu69VXX7VX+acp7p49e9oeAMAHVDSrLsIMskjjRV+WRj733HP2KhI3S87iFgTQ2jlfNG/e3F4BAHywfPlyKppVEWEGWebLuHHr1q32KpKSCwM0NUNTcnWBA6kgQMz605nyiU98wl4BAHzw4osvEmaqhDCDrPNl3KglZzELA3Swv41KLNBodsanggAf//jH7RUAIO9qa2upaFYlhBnkgU/jxpj7aEoqDNBUoCnrlM66fJqd0cOVggAA4Id58+YFU6ZMYXamCggzyAufCgPEzAQl7aNpKtBErnD2k5/8xF7lnzZ2nXLKKbYHAMgrzcpMmjSJMFMFGvypmhxhBnmgcSOFAUpSUnGyBgPN3r17tVuppHVr9fGpIAD7ZwAg/xYtWkR55iophhkOzUSe+DJ+3LJli72KRMXJ2hYuG9bYDE3k/TPiU6Bp3bq1vQIqQ6cM+zJVXSr9efhy+jIqb/HixcHYsWMJM1VAmEFe+TJ+dLCvvskJlsYCTcmH2RxISSxmRYPM0IOW/TOotHPPPZeX+wH056E/F8C1JUuWBKNHjybMVAFhBnnmyz4aVT6OOdHRZCZpLNAca3/L5tPsjB6yp59+uu0BAPJEB2eOGjWKMFMFGuhNnDiRMIPc0vjRl3+/N2/ebK8iOcb+NiiRJWcvvPCCvco/lrgAQD6tWLGCgzOrpBhmLr74YnsHyCdfxpExs0GsGZrIFc5iprBMYf8MAOSTXsCEmcojzMAnvowjYxYGaDKT1Bto9u7dqz/ddoVe+XxacvaRj3zEXgEA8mLu3LkcnFkFCjOTJ08mzMAbvowj169fb68iaWVao7mkoRmayMvNVMUgZgrLDD14P/WpT9keACAPamtrg6lTpzI7U2F6p95yyy1BTU2NvQPkn8aR+nc/73bs2BHs3LnT9iLpaH/r1VCgaW9/y6bZGVUz8IE2cp122mm2BwDIOoWZKVOmEGYqTAM6hcgLL7zQ3gH8oHGkL4UBYq7ganSypaFA82X7WzZfZmekeXOdPQoAyIN58+YRZqpAYWbatGnB+eefb+8AfvFlPLlx40Z7FUmj1ZcbCjSNTus05tVXX7VX+ffRj37UXgEAskxhZtKkSYSZClKQGTduXDB9+vSgT58+9i7gH1/Gk7/+9a/tVSSRZmiaPJGzIT7N0Hz4wx+2VwCArNLmf8JMZSnMqCS2Ds38xje+Ye8CfvJlPLl161Z7FUl5gWbv3r2a94q8h8anQEPJZgDINoUZDaoJM5WjMDNy5Mhg0KBB9g7gN1/GkzH30LQxTdXO6lXfDI1mZ1oULsvnS8lmPZCPPvpo2wMAZM2iRYsIMxWmd+eYMWOCgQMH2jsANJ7U342806RHzMJhDa4gqy/QRJ6d2bZtW1i22QeqSHHKKafYHgAgSxRmxo4dS5ipIA3YFCAHDBhg7wAQjSepdFaSBped1RdoIp9BE7N6Qaa0aBF5EgsAUEWLFy8mzFSYwoxO//dl0AaUy5dxZcytKQ1OutQXaI6xv2WLudknU6hwBgDZozAzevRowkwFKcyo6AKn/wMN82VcGTMrHG9/D9LQHppIYpZjyxQCDQBky5IlSwgzFaYwM3ny5OCiiy6ydwDUx5dxZczjXdrZ34M43UPjS4UzPaApCAAA2bF06dJg1KhRhJkK0rtSp//X1NTYOwAa4lNhgBjK2kMTOdD4suRMa4DPPPNM2wMApJnCjM48IcxUhgZlxQMzOf0fKI3GlT7sMVMBsRhUulnHyxxkv0Czd+9eTeVE3pXk0xk0AID0W7FiBWGmghRmODATQEM0+bFr1y7bi6TeWZoDZ2go2VyCj3zkI/YKAJBWCjPDhg0jzFSIwgwHZgLR+TK+3L59u72KpK393Y+zQONThbOWLVvaKwBAGhFmKkthhgMzgXh8GV/GPIumo/3dz4GBJnKFM5+Wmx155JH2CgCQNoSZylKY4cBMID5fxpcx99HUW5XrwEDzz/a3bDH/j8uUD33oQ/YKAJAmhJnKUpjhwEzADV/Gl6+99pq9iqTeyRdnMzS+nEGjh/dRRx1lewCANHnhhRcIMxWi96HOmOHATMANjS/19yrvYq7qqnd7zIGBpt6NNqXwZYZGX6FOP/102wMApMXcuXODBx54wPaQJA26OGMGcEvjSx9mOytRFIBAAwDIHIUZDbCZnUmWggxnzACII2ag0REzB9kXaPbu3avzZ1oXeuXzpcrZIYccmAEBANVEmKkMhRmVZeaMGSA5PowzHZxFc9AETN0/tXoPqikFZ9AAAKqBMFMZCjOjR4+mLDOQsA9/+MP2Kt9iztIctOe/bqBpY3/LFvP/qEyhwhkApANhpjIUZm666abgsssus3cAJMWXs2hiblU5qDBA3UATef+MT4GGM2gAoPoIM5WhMKOyzP3797d3ACSJs2hK0uiSs3rLoJXCp0DjS3IGgLQizFSGwgxlmYHKYoamJJ+wv/vUDTT1nrxZit///vf2Kt/0cG/TJvLKPABATISZytD77tZbb6UsM1BhGmfq71/e/eEPf7BXkTQ6Q0PJ5iaoNvhpp51mewCASiLMJE8DKZVlnjlzZtC3b197F0ClaJzJWTRNanQPDUUBAACpRJhJnsJMsSzzueeea+8CgHsxs0OjMzT1HlRTCl8CTfPmze0VAKBSCDPJU5hRJTPKMgPV58N4M+b5lQSaOFq1amWvAACVQJhJnsIMlcyA9PBhvBkzO7S2v/vUDTSR46Ave2iOOOIIewUASBphJnkKM1QyA9LFh/GmgwP59ws1YaDZu3dv5NmZXbt22av841BNAKgMwkyyipv/qWQGpI8v402XZ9EUZ2giVzjzqSDAoYceaq8AAEkhzCRLYWbEiBHh5n8qmQHp48t402VhgGKgibxYz5flZsKSMwBIFmEmWQozY8aMCQYNGmTvAEgbX8abMVd5tbC/odgzNA7WwGUGS84AIBkrVqwIZwwIM8lRmNGf8YABA+wdAGnky3gziRkazqBpgl4EVDkDAPcUZoYNGxZMmDCBMJMQvcO0+d+HA/uArNN4U39n8y5mhtjvcM3Ygea1116zV/mml8Dpp59uewAAF4phhiCTHA2MNPPF5n8gGzTe9OHjw5tvvmmv4isGmo/a37Lt2bPHXgEAUDrCTLIUZFTJbMaMGcH5559v7wJAOuzYscNeRXKM/Q0VA81BB9SUyqeiAAAANwgzyVKYGTlyZLhnpnfv3vYuAKRHzKIA+52fGTvQ+FQUAAAQH2EmWQozN910UzBw4EB7BwDSJ+Yemv3O0IwdaHwpCtC8+X5BEAAQwfLlywkzCVKYmThxYtC/f397B0AW+TDujDkpUu8MTeSiADGnizKDks0AEM/SpUuD4cOHE2YSojBzyy23BBdffLG9AyCrfBh3xty2Uu8MTeR6xDE39GQGh2oCQHQKMzqdnjDjXnHz/7Rp04ILL7zQ3gWQZT6MO10WFisGGjThkEP4owKAKAgzyam7+b9Pnz72LoCs82HcGXOV137bZYp/WvsdTlMOX6qcseQMAMpHmEmOwsyYMWPY/A/kkA/jzpirvOoNNJH5cg7NoYceaq8AAKUgzCSnuPl/wIAB9g6APGHcWZJ9NQAO2bt3b+TZGV8KAgh7aACgdIsXLybMJERhZsqUKWz+B3LMl3FnzJVe+2oAxJqh8aUggLDkDABKozAzevRowoxjxc3/Ovn/ggsusHcB5JEv405XK73Y6V4izqEBgKYRZpKhMKM/V07+B/zAuLMk+83QtC1cls+X/TMAgKYtWbKEMJMAhZkJEyYEl112mb0DAPkQ84D+D/bQmNaicFk+XyqcAQAat2jRomDUqFGEGccUZiZPnhz069fP3gGA/Ni9e7e9ioclZyXQC+Xwww+3PQBAXQozY8eOJcw4VNwvc9tttwU1NTX2LgBfaNyp5wBKQ6ApwSWXXBJ0797d9gAARYQZ9zSIKR6Wed5559m7AHyicafGn3kXs8DYfnto2hUuy7d161Z7BQDwzQMPPECYcUxh5qabbuKwTABeiHkEzH57aCijAAAoi8KMZhAIM+4ozEyaNCno37+/vQMAKAVLzgAAZSHMuKcwM3Xq1OCiiy6ydwAApSLQAABKNm/ePMKMQwoy2vw/c+bM4Pzzz7d3AQDlINAAAEqiMKMlUYQZNxRmxowZEwbEc889194FAH/s3LnTXkWyb9uMAs2+DTXleu211+wVACDPCDNuKcxMnDgxGDBggL0DAP5588037VUk+wqbKdDsK3kGAMCBamtrCTMOKczccsstwcUXX2zvAADiYMkZAKBBCjNTpkwhzDhQ3C8zY8aM4MILL7R3AQBxEWgAAPWaO3cuYcaRuvtlevfube8CAFwg0AAA9vPoo4+GA2+VESbMxMd+GQBIFoEGALDPihUrgqFDhwYTJkwgzDjAfhkASB6BBgAQWr58eTBs2DCCjAPslwGAyiHQAACCpUuXBsOHDyfMOMB+GQCoLAINAHhOYWbEiBGEGQcUZrRcj/0yAFA5BBoA8NjixYsJM44U98v069fP3gEAVAKBBgA8pTAzevRowkxMxf0y06ZNY78MAFQBgQYAPLRo0SLCjAMKM/pz1H6ZPn362LsAgEoi0ACAZxRmxo4dS5iJqbhf5rLLLrN3AADVoECzq3AJAMi7Bx54gDDjAPtlACA9FGh2FC7Ld8wxx9grAEDaLViwIFwaRZiJrrhfZubMmeyXAYCYWrZsaa8i2W5/WXIGAD6YN29ecPPNNxNmYlCYuemmm8JQeO6559q7AICo2rRpY68i2W1/CTQAkHe1tbXBpEmTCDMxKMxMnjw56N+/v70DAEgLAg0A5JjCzJQpUwgzERWXmN12221BTU2NvQsASBMFmj2FSwBAnsydO5cwE4PCzMiRI8MlZuedd569CwBIGwWabYXL8rVr185e5ZuqAj3zzDO2BwDptmLFinAQPnXqVMJMRAozKsk8cOBAewcAKkfjTo0/865Vq1b2KpKd9jfekrPmzZvbq3zTgODdd9+1PQBIr6VLlwbDhg0LB+OEmWgUZijJDKCaNO704RkesyiAm0ADAEiPhx56KBgxYgRBJqLifhlKMgNAtijQ7Ct5Vq62bdvaKwBANS1evDjc70GYiUZhhpLMAFBZLVq0sFfxKNDsO5SmXK7+j8iCPXuonQAgnRYtWhSMHj2aMBORwgwlmQGkiS/jzpiTIzvsL0vOSvXOO+/YKwBID20aHTt2LGEmguISM0oyA0gbxp0l2WV/4wWamBt5MuXvf/+7vQKAdFiwYEG4RIowUz6FGc1qUZIZQBox7iyPAk3kss0xS61lynvvvWevAKD65s2bF9x8882EmQgUZiZOnBhcdtll9g4ApIsv48727dvbq0g+mKFp1qxZrEV6vpRuZuoPQFro9P9JkyYRZspUXGJ26623BhdffLG9CwDpw7izJAftodlqf8vmy+Ga77//vr0CgOrh9P9oFGaKp/737dvX3gWAdPJh3Nm6dWt7Fcm+2RmhKECJWMsIoJqWL1/O6f8RFZeYceo/gKzwYdwZM9Dsm52RYqDZL+WUw5fCAEz9AagWnf4/fPhwTv8vU3GJmUIgS8wAZAnjzvIUA81+KaccvhQG4BwaANWgAzM5/b98dZeYnX/++fYuAGSDD+POmAUB9jtHM/YMTcwDcQAADeDAzGgUZjSbxRIzAEivmIXFdtvfUOwZmhYtWtgrAIArHJhZvuISMxVN6Nevn70LAEijmIXF9jt2phhodtrfsvlS5QwAKkVnzHBgZnnqLjG74IIL7F0AQFrFnBTZb01eMdC8aX/L5ss5NPpaunbtWtsDgGRwxkz5WGIGIE803tS4M+9ibltxO0NzzDHH2Kt80+Bi167IW40AoFErV64MZxc4Y6Z0LDEDkEcab/rwHmjZsqW9iuQ9+xsqBpr9KgWUw6eiAJTQA5AElWW+4YYbKMtcBpaYAcgrX8abMTPEVvsbih1ofCoKwOGaAFxbsmQJZZnLpDDDQZkA8sqX8WbMffj1Hqy5X+mzcvhUFOC99/ab3QKAWBYuXBiMGjWKMFOi4hKzadOmcVAmgNzyZbwZc1Jkv30gLDkrA0vOALiiSmYanBNmSqMwc9NNN4VLzPr06WPvAkD+sOSsJAcfrNmsWbP91qGVo1WrVvYq/1hyBsAFKpmVR2Fm8uTJQf/+/e0dAMgvX8ab7du3t1eR1LvkTPar51wOX2ZpqHIGII7ly5dTyawMCjIqlDBjxoygpqbG3gWAfPNhvOlgD36DgWa/es7l8CXQ7NkTOfMB8Jw2/w8fPpxKZiUqhhktM+vdu7e9CwD558N4M2Z2OOi4mbqBhn00AJCARYsWsfm/RMWN/1OnTuVsGQDIqZjLzQ7KLASaMujU1meffdb2AKBpCxYsCMaOHUuYKYHCzOjRo8Nleeeff769CwD+0DhT4828i5kdkgk0MVNWZmhAsmPHfkv2AKBB2vx/8803E2ZKoDCjQgmXXXaZvQMA/tE404d3RsxAc9A2mbqB5g/2t2xHH320vcq/t99+214BQP3Y/F+64hIznS1z0UUX2bsA4Cdfxpkxs0OjMzSRiwL4dLjm3/72N3sFAAdj83/pFGYU/DhbBgAKfBlnxpyhOWgShj00ZeJwTQAN4eT/0tTd+H/JJZfYuwAAX8aZLs+gEQJNmTiLBkB9tF+Gk/+bpjAzZswYNv4DQD18GWfGzA5b7O8+dQPNJvtbNi05a968ue3lG2fRAKiL/TKlU5i55ZZbggEDBtg7AIC6fBlnxgw0W+3vPvsCTbNmzXabn8ixsEOHDvYKAPywePFi9suUQEGmeOL/hRdeaO8CAHykiZDWrVvbXiSNVjkTlp01QbXB165da3sAfDVv3rzwzBSCTOMUZiZOnMiJ/wDQBI0vfTiDJmYxsXqLmB0YaCJXOvPpLJo//elPtgfAN8UlZjozhTDTsOLG/1tvvTW4+OKL7V0AQEM0vvThvRJzEqTeyZcDA81Bm2xK5VPpZiqdAX5iiVlpFGY0I6Pg17dvX3sXANAYKpyV5KD9M3JgoPm9/S3bsccea6/yj7NoAP+wxKxpxVkZbfzv37+/vQsAKIUv48uYmaGkQFPvf6kUviw5E2ZoAH8sXbqUJWYlUJhR4NOfFRv/AaB8vowvYy45O+hQTXEWaHyqcvbmm2/aKwB5poMyR4wYwRKzRhRnZSZPnhxcdtll9i4AoFy+jC9PPPFEexVJvcfMON1D48tZNADybeXKlcHNN9/MQZlNUJgZOXJkOCtTU1Nj7wIA0LDEiwI0a9ZMVc4in+jjyyyNSuo9/fTTtgcgTxYtWhTccMMNhJkmKMxoVmbgwIH2DgAgKo0rfSnZHPMMmpJmaIRlZ03QIGf79shH9gBIoWI55rFjxxJkGqEgUzwkk1kZAHBD40of3j0x99zvNK3eiZf6Ak3kZWc+FQZ466237BVQeY8++qgXX3IqRX+WlGNumsIMh2QCgHu+jCtjTn7UOzsjTmdofCrdvHOnQiJQHW+//TYDbwd0roxmZdT482xYceP/9OnTOSQTABLgy7gyZlZocHlUfYHm1/a3bD5VOuMsGiC7lixZEoYYlRlmVqZxxVkZ/Xl94xvfsHcBAC75Mq7s2LGjvYrkVft7kPoCzWb7W7ZOnTrZKwBIn+KMzKhRowgyTSjOykybNo1ZGQCAEzEnPxrcFuN0D41PpZu15v7xxx+3PQBppPLLd911V1iCmRmZ8lxyySXhn1mfPn3sHQBAEjSe9GVfbBJn0Egz+7vP3r17W5gf7UyKlEy+8pWvBBs3brS9fJs7dy4lS1EVDz74IF/ND6AZBQ3C69ILgvASjWZnFGgAAMmqra0NBg0aZHv5pYmP3/3ud7YXycdMq3ez0UEzNM2aNdttfiLP0vi0j4ZKZ0B6KLho9qVuI8wAANLOl/FkzK0pO0xrsHJCfUvOJHKls5ibfTLlzTfftFcAAABA+XwZTyZVslkaCjSN/n/UmBNOOMFe5d+ePfWe7QMAAACUxJfxZMySzZECTYNl0Zri0+GaWp+/bt062wOA/NDzTXtoli9fbu8AAFzTOJKCACV5zf7Wq6FAE3kPjdbH+VLpTOvzf//739seAORHcU/S8OHDw3LXAAD3NI70Zb9nzD00lV1y1qJFC69maf7617/aKwDIH71oVe7aly+IAFBJvowjW7duHbYYyg80zZo1UxWBbYVe+Xw6YHPnzgYLLgBALijUaPmZSosCANzxZRzZpUsXexWJKjA3mksamqGRzfa3bD7N0Lz99tv2CgDyS6FmypQpYbBZtmyZvQsAiMOXcWSSFc6ksUAT+XTMU0891V7ln5ZhrF271vYAIL+K+2puvPHG8HBXAEB0Gj/6spz3a1/7mr2KZL39bVBjgeZX9rdsMasYZIpe8L/97W9tDwDyT8+9MWPGBAsWLLB3AADl0vhRz1MfxDyn8tf2t0GJzNBoWqlVq1a2l3/sowHgG72Eb775ZvbVAEBEvowfVf04yQpn0ligiVzpTHyapXnjjTfsFQD4Q6GmuK+G82oAoDy+jB+VCVQFOYbogaZZs2aqKBD5PBqfAg0A+EqhhvNqAAANiVkQYIdp2wuXDWtshkYiLzv78pe/bK/yTxu6Hn30UdsDkvfOO+/YKyAdFGx0Xs3ChQvtHQBAQzRu9KUgwMknn2yvImmyIIA0FWh+Yn/LFrPedKboRf7aa6/ZHgD4Sc/CcePGBfPmzbN3AAD10bhRz0wfxNw/U9LkSlOBJvI+Gv0fH3O9XKb85S9/sVcA4C+9oCdNmhTMnTvX3gEAHMincWPMSY4X7G+jmgo0kffQqKKBT/to3n33XXsFAH5TqJk6dWpYLODhhx+2dwEARb6MG5UFYlY+3mp/G9VooGnWrJkCTeSacjGnmDJF6yCfeOIJ2wMAvynUqFjAd7/7XYoFAEAdGi/6sn8mZkEAFSgrabVYUzM0ssH+lu2EE06wV/mnl/fvfvc72wMAiJ6NKhawaNEiewcA/Kbxop6NPvja175mryJRmNlTuGxcKYEmcqWzrl272is//PnPf7ZXAIAivbjHjh0bLFiwwN4BAH/5NF6MuX+mpApnUkqgec7+lk3r5rSXxhdvv/22vQIA1KVQc/PNNwe1tbX2DgD4yafxYufOne1VJCUVBJBEl5ypyplPhQG0HnLt2rW2BwCoS6FmypQpYbEAzu4C4CONE33aP9O6dWvbi6TkDNJkoGnWrNk286NTOiPp0aOHvco/vax/+9vf2h6QnH/84x/2CsgWPSdVLGDo0KHB8uXL7V0A8IPGiXoO+iBmBthlWsnHx5QyQyNr7G/ZTj31VHvlhz/96U/2CkgOgQZZpxf68OHDg6VLl9o7AJB/Po0TTz75ZHsVScn7Z6TUQPMT+1u2mGvnMuevf/2rvQIANEahZsSIEZR1BuANn8aJMTNAIoEmcqWzdu3aBW3btrW9/NO6yMcff9z2AACNUaihrDMAH2h86Mv+GR2mGXMffckFAaTUQBO5MID4VL5ZL+etW0s61BQAYOi5qbLOvrzoAfhJ40M973zgYOxfVvYoKdA0a9Zsp/nZXOiV7/TTT7dXfmAfDQCURy95VT+bN2+evQMA+eLT+PDMM8+0V5GoIJlayUqdoZHV9rdsMQ/VyRy9kJ9//nnbAwCUQqFm0qRJnFUDIHc0LvTpg02nTp3sVSRlFyMrJ9C8bH/Lpv9RWkvnC72Ut2zZYnsAgFLp+amzaubOnWvvAED2aVzoy3IzHaofczKjrP0zUpEZGv0P82kfjezYEfnoHgARaPPh7bffvl/z6WDfPNFLf+rUqeEStJUrV9q7AJBdPi03U3WzmBMZZWeOcgKNdrpHHqX7Vr75zTfftFcAKuHKK68MvvOd7+zXZs2aFcyfPz+46667CDgZo1CjAzhvuOEGDuAEkHk+lWuOOTtT1oGaReUEGol8wGbMzUGZo2o9Tz75pO0Bbv3tb3+zV2iMnjv9+/cPvvWtb+0LOHfffTfhJkMUbDiAE0CWaTzoUxXHmGP+ss6fKSo30Dxnf8umtNaiRQvbyz+9hH/zm9/YHoA00EN28ODB+8INwSYb9DzlAE4AWaXxoJ5jvoi5zWSt/S1LuYFmnf0tm8KMb9XO/vjHP9orAGmjcEOwyQ4NBnQA55IlS+wdAMgGn8aDKgTWunVr24ukIjM0G03T2rZIfCsMsGfPHnsFIK2KwWbmzJmEmpRTqBk1alSwaNEiewcA0s+n8WCPHj3sVSS7TatIoNE/EfbRlEjrJdnMCmSDHsLM1qSfQs3YsWO9Wo8OILs0DvTpeRXzMP0NpkWaOCk30MhP7G/ZNEPj2z6aX//617YHIO3qLkMj1KSXnq0q6UyoAZB2GgfqmeUDHdPSrVs324sk8qRJlEAT6zyamP9DM4fyzUD2KNgo1Hz/+98n2KRUMdT4dPI2gOzxaRyovfIxz5+JXHwsSqCJPB0kPi47e+yxx2wPQFboWXXttdeytybFFGomTZpEqAGQShr/+TSTHHP/jLa1RC4+FiXQxNpH41thAL1wt2zZYnsAskYPaIUa9takUzHU1NbW2jsAkA4a//my3ExOPvlkexWJigFEnjCJEmgkUo1o0XRUmzZtbM8Pb7zxhr0C3Hj33XftFSpBoUZ7a2bMmEGoSSENGKZMmUKoAZAqPo3/tNQs5raSp+xvJFEDTeQZGunVq5e98oOmGx999FHbA+LbvVuVDVFpPXv2pGBAShVDzdy5c+0dAKgejft8Wm7moPBX5D36EjXQaB/NzsJl+XzbR6MX7a9+9SvbA5BlxYIBhJr00bN26tSphBoAVadxn0/Lzf793//dXkWir7TKFpFFDTSyyv6WLeamoUyi2hmQHwo12lPDvpr0IdQASAPfxn0xx/aanYm19CROoIm81q1du3ZBp06dbM8PLDsD8uWMM85gX01KFUONyjqvXLnS3gWAyvBtuVmHDh2Cjh072l4kkffmF8UJNLHeEr7N0rDsDMgn9tWkk565EyZMCG644YZgxYoV9i4AJM+35WYOxvSxvzzFCTTbTdtcuCzfeeedZ6/8wbIzIJ/YV5NeGlQMGzaMUAOgYnwb78Uc028zLXKeKIoTaCTyPprOnTvHPU00czT9yEsVyCdCTXoRagBUip4zPi03U2WzmGdMRs4SdcUNNI/Y37LpD8C38s0sOwPyjVCTXsVQ8/DDD9s7AOCeb8vNdPZMzAmKWOfPFMUNNOtMi1yV4Oyzz7ZX/ti1K/IhqAAyQKHm+9//PhXQUkiDjO9+97vB0qVL7R0AcMu3cZ6DsXwqZmgUZhRqIunbt2/QvHlz2/MDy86A/OvevXtYAW3atGmEmpRRqBkxYgShBoBzvi03k5qaGnsViTJE5HMt64obaORH9rdsbdq0CffS+IRlZ4A/tKyWss7pQ6gBkATflpupVLOOYokh8taVA7kINJFnaCTmyaKZxLIzwB8q6/y9732PUJMyhBoArvk2vos5OyM6UNMJF4FGpda2FC7L169fP3vlD01HsjEV8MdZZ50VzJw5k1CTMoQaAK5oXOfbcjMH5Zo3FC7jcxFoZJn9LZtOF1XziV6ir7zyiu0B8IEOHqMCWvoQagC4oHGdT8vNtNQs5rYRJ8UAilwFmljTDSoO4Jt58+YFTz3lpFIdgIygrHM6EWoAxKHxnMZ1PnFw9ErkPfj1cRVotI9me+GyfD7uo9ELdPPm2AejAsgYhRqWn6UPoQZAVBrP+TQ7IzHH7tpstKZw6YarQCORp450wqgqnvnmT3/6k70C4BMtP+OcmvQh1ACIwrfxnA7SjDlDo8ywp3DphstAE3n9lM6i8XHZmTaPLV++3PYA+OSMM85gpiaFCDUAyqFxnG/FADRmb9Gihe1F8rj9dcZloFFhgMhp65vf/Ka98odenL/4xS9sD4BvNFNDqEkfQg2AUmkc59tyswsvvNBeRbbS/jrjMtDEWg/XrVs3L5edzZ07N3jmmWdsD4BvCDXpRKgB0BSN3zSO84mD5Wax9t03xGWgkSX2t2y+LjtjlgYAoSadCDUAGuPj7Ewal5uJ60DDsrMIKA4AgHNq0olQA6AhPo7fHCw3m29/nXIdaDSFFGvZWevWrW3PH9pMtnKl8+WEADKGc2rSiVAD4EAat/lWDEAzMw6Wm20tXLrlOtBI5INytOysd+/etucPvSxfffVV2wPgM0JNOhVDzYoVK+wdAD7TuM235WYKMzGXm8U6iL8xSQSayOfRyOWXX26v/HLfffcFzz77rO0B8BmhJp00eBk2bBihBvCcxmsat/nGwRhdW1MSkUSg2WaappQi0Trydu3a2Z4/9KL85S9/aXsAfEeoSSdCDQCN13ybnVEl4pirqDaatqVw6V4SgUYW2N9Iampq7JVfXn/9dXsFAIVQQ/Wz9CHUAH7zcbym6mbaGhJDrGzQlKQCzWL7G4mv1c4oDgDgQJR0TidCDeAnH4sBiIOxeWLLzSSpQLPDtMjLzrp06RJ06NDB9vyhF+SmTZtsDwAKCDXpRKgB/KNxmm/LzbQVRO+hGBJdbiZJBRqJNbXUr18/e+UXnTj7xBNP2B4AFBBq0kkDmxdeeMH2AOSZxmcap/nGwVaQRJebSZKBRsvOIh+y6Wu1M70cf/7zn9seAHyAUJNOWn7i4yAH8I3GZ77NzoiDMflC+5uYJAONlp2tLlyWT0vOOnXqZHt+ufvuuynhDKBehJr00QBn6tSphBogxzQu0/jMNw7G48oCqoCcqCQDjcSaYrrqqqvslV/0cnz55ZdtDwD2R6hJn2Koqa2ttXcA5InGZT7OzjgYiy+xv4lKOtCoZNeuwmX5tGYvZom4zHrjjTfsFQAcTKGGc2rSRYOdKVOmEGqAHPJ1XBZzT/tu0xKtblaUdKDZaVrkEs4ODvHJLK3JXrp0qe0BwME4fDN9iqFm3rx59g6ArNN4zMdSzfpwFvOwe01sbC9cJivpQCMsO4uAZWcASsHhm+mj5/ekSZMINUBOsNwssoosN5NKBJo1pkXeDKR02LZtW9vzi74GLF++3PYAoH7sqUkfQg2QDxqH+Tg707p167irpFQcrCLLzaQSgUalmyOXa9MemksvvdT2/KIXIiWcAZRCoWbGjBmEmhQphhofB0NAXvhaqll7Z1q0aGF7kWjLifbQVEQlAo3cb38j8XXZmejr3qOPPmp7QBD++8AACfXp2bMnoSZlNBAaP348f2eBDNL71tdZVgdj71hj/3JVKtBsMm1D4bJ8qoGtr48+0svwlVdesT0gCN5++20vvxahNAo106dPJ9SkSDHULFq0yN4BkAUaf/n4vu3SpUvcs2c2m7a+cFkZlQo0EiupOTilNLPuu+++4Mknn7Q9AGjc2WefHUybNo1QkyIaFI0dO5ZQA2SExl0af/nIwZi7orMzUslAo3002k8Tic6kURlnH+lFuGmTJrkANEQnOD/zzDO2h169egW33XYboSZFiqFm8eLIpxkAqBCNu3ycnWnVqlXcs2dkvv2tmEoGGlU7iPwU18YkB3/AmTVnzhwGa0Aj9PJ56623bA9yzjnnBFdeeaXtIQ00QBo9ejShBkgxjbc07vKRJhBU4SyG1aZFrm4cVSUDjcSagrriiivslX/0Ety4caPtAUBpNEPDLE26FEPNQw89ZO8ASBONt3ycnREHY+277G9FVTrQKLVFPjFUG5R8LQ4gzNIAKNcZZ5wRzJo1i1CTMhosjRw5MjyBHEB6+Dw7o2IAXbt2tb1Idpq2snBZWZUONNpDc0/hMhqfiwMwSwMgijPPPJODN1NIz/QRI0YEy5ZV7Ow5AE3weXbGwRi71rSKnT1TV6UDjWgqKlZxgLZt29qef/TV4Omnn7Y9+Gjv3r32CiidZreZqUkfDZxuvPHGYMWKFfYOgGrR+MrX2Rntm3GwV70qy82kGoFGG4W09CwSFQe49NJLbc8/evm98MILtgcf/e1vf7NXQHmYqUknPdeHDRtGqAGqTOMrX2dnFGZiFgNYZ5rOn6mKagQaiZXgbrjhhqB58+a255977rkneOKJJ2wPAErHTE068bEKqC6NqzS+8pXG1jHda3+rolqBRhuGIhcH0JIznbHgK734Xn75ZdsDULRnT+TVrF7RTA2hJn0eeOCBYO7cubYHoJI0rvJ1dqZbt25Bhw4dbC8SFQOoai36agUajTpiz9L4jFka4GAEmtKx/Cx9NJiaOnVqUFurfbUAKsX32ZnrrrvOXkWmh9auwmV1VCvQSKx/c5QmO3bsaHv+YZYGQFxafjZjxgxCTYro2T5lypRg3rx59g6ApPk8O9OuXbugb9++thfZD+xv1VQz0Kg4QKxa1Q4SZabpa8Kjjz5qewBQvp49ewbTpk0j1KSIBlaTJk0i1AAVoHEUszOxqBjAlsJl9VQz0Mjt9jeSgQMHBm3atLE9/+il9/Of/9z2ACAa7Um87bbbCDUpUgw12lcDIDkaR/k6O9OqVatg8ODBthfZDPtbVdUONCrfHDnV+V7CWbSBlFkav/zjH/+wV4A755xzTnDllVfaHtJAg6zx48cHixYtsncAuKTxk8+FOByUalaBr1irrVypdqCRWMUBNFXmcwlnZmn8Q6BBUk444QRmaVJGz/ixY8cGS5YssXcAuOLz7IzoUN+YYh2W71IaAo0WLkaujNC+fXsXJ5tmmr4urFyZioAMIMOofJZOGnCNGjUqWLy4qlVRgVzRuMnn2RkVAohZqnm3aXMKl9WXhkCj2tWxdmP5XsJZL7uNGzfaHgBEp8pnhJr00XN+9OjRwdKlS+0dAHFo3MTsTCwLTYt8pqRraQg0onJvkaesOnXq5PVBm6JqOLzo4Lv33nvPXiEOhRoO3kwfDb5GjBgRLF++3N4BEIXGSz5XEdTRJ126dLG9yGIV9nItLYFGhQFirZn69re/ba/8pBcd59LAdwQad1h+lk561g8fPpxiMEAMPp87I1dddZW9ikxFvVK1NCgtgUZiJb3evXvHXQuYeSrvyRrr/Nu9W8tWgeRx8GY6aSD205/+1PYAlEPjJJ/Lobdt2zaoqamxvchSNTsjaQo0a0yLlfYcrAfMNL3ktMb6qaeesneQR3v37rVXQPI4eDOdNCCrra21PQCl0PhI4ySfZ2c0Vo5ZHVirqlYVLtMjTYFGYiU+nUmj5Okz/SXdsGGD7QFAfNqjyBk16aJn/ZQpUwg1QBk0PvI5zOjMmSFDhtheZLH2vSclbYEmVsUEHbTp+yyN3HfffZRxBuCUZmiYpUmXYqjxeXMzUCqNizQ+8pnGyBorxxC7MnFS0hZotDlAyS8yJU9maf47ePHFF20PAOI744wzqHyWQnreT5o0yes9AUApNC5idib27EyssyOTlLZAIzqkJ/KuZyVPB//AMm/BggWUcc4pKnmhWlT5jFCTPhqkjR8/Pli0aJG9A6AujYc0LvKZxsYKNTFomVnqigEUpTHQ7DAt1qLg6667Lu4/tMzTC44yzvn09ttv2yug8gg16aRn/tixY4MlS5bYOwCKfC/TrI/9GhvHpDK62wqX6ZPGQCMzTIu84UhhZuDAgbbnLy1BePDBB20PyL/333/fXiFJnFGTThqwjRo1ilAD1KFxkO9LMh0VzbrV/qZSWgONSsLFOlBl3LhxQatWrWzPT3q5jRkzhjLO8MaePakrvJJbnFGTTsVQw5JjoFCmWeMg32dnJk6caHuRqdJUqg7SPFBaA41oliYyzdIMHjzY9vylv8SUcQaQBM6oSSc990eMGBGsWLHC3gH85HuZZtGKJQezM7HG5JWQ5kCjUfiywmU0DsrT5YLKFPJiA5AEzqhJJw3iXnjhBdsD/KNxj+9lmnWA5g033GB7kenge7VUS3OgkVjVFJRIqXhWeLG99NJLtgcAbmmGhlma9NG+gblz59oe4BeNe3yfndFKpQ4dOtheZKmtbFZX2gNN7FTILE2ByhVSIABAEjijJp00mJs6dWpQWxurcCiQOSph7nuZZkezM9o3E2u1VKWkPdBIrKoKzNIU6MWmjXGPPvqovQPkD1XOqofKZ+mkZ/+UKVOCefPm2TtAvmmcoxLmvs/OaOzrYHZmsv1NvSwEmlWmxaqswCxNgf5yUyAAefbOO+/YK1SDKp8xU5M+evZPmjTJ+9K18AOFAAqzMw7OndlsWiZmZyQLgUYm2N9INEtzzTXX2J7fNAW7eHGsitgA0CDN1Hzve98j1KSMBnjjx48Pl+IAeaXxje9LzcTR7IxWSGXmLISsBBolxFizNKNHjw5LOftOLzX9WTz55JP2DgC4ddZZZ1HOOYX0/NdSHD5qIY+eeOKJcHzj++yMViTpzyEmnQc5v3CZDVkJNBJrHZ/CzPXXX297ftNf9p/97Ge2BwDuUc45nYoftTh4E3nDUrMCzc44OHdGY+5MnVSdpUCjT0qxZmm0npBZmoL7778/eOihh2wPANzTDA2zNOmjQR8HbyJPNJ7RuMZ3mp3RvvGYMjc7I1kKNBJ7lsbBNFwu6IU2cuTI4JlnnrF3AMAtlXOm8lk66R3AwZvIA41jNJ5hdiYIP1T4ODsjWQs0sWdpVBzAwT/sXNBf/p/+9Ke2BwDuUfksvTh4E3nwk5/8hDBj6KO9g8pmmZydkawFGolV8UzTcRMnTrQ93HfffaylBpAoVT4j1KSPBoEcvIks0/iFUF6gFUgOtlVkcnZGshhoYlc8GzhwoItydrmgF5qmKJ9//nl7BwDcU6iZMWMGoSZl9A7g4E1kkcYtGr8wOxME7du3d3E8ic6dyeTsjGQx0Mhw+xuJDhzSAxwFehg899xztgcAyejZsyflnFNI7wAO3kTWaNxCmCnQyiMHB8hrBVQmZ2ckq4FmtWnrCpfR1NTUBF27drU93H333cHy5cttDwCSQTnndNLAUAdvPvjgg/YOkF4PP/xwOG5BoZpkv379bC8yrXxaWLjMpqwGGhlrfyNjluYDepkNHz48WLcuVk4EgCadcMIJzNKkkN4DY8aMoaQ/Uk3jlO9+97vMzlia9dbKo5hi7U9PgywHmjWmrSxcRqMZGs3UoEAPBwINgKRRJCC99B5QCVxm7JFWGqcQZgp69+4dznrHpPG09qdnWpYDjTiZpXGQbHND1UKWLFliewCQDEJNemmw+OKLL9oekB4an1DV7AOOqvZmfnZGsh5oYq/5U7WzYcOG2R70Ihs1alSwatUqewcAkqFQw8Gb6cQZNUibxx9/PByfMDtTMGTIkKBTp062F5kGe5qhybysBxrRLE2sqgw33niji9rduaGHBQduptOjjz5KJSLkig7enD59OqEmZfQe4IwapMnPfvYzwozVqlWrYNy4cbYXy0j7m3l5CDQ61XRO4TIahRlH/2LkxoIFC4JFixbZHtLi7bff5oGO3Dn77LOpfJZCetZwRg3SQNX3+PfwA/oQ37ZtW9uLTF8rYp3rmCZ5CDRyq2m7CpfR6ECijh072h70Ihs7diwbQwFUhGZomKVJH70LdEYNH7hQLStWrAir7/Exr0CHaF5//fW2F9lu0yYXLvMhL4Fmm2kKNZGpMMCdd95pexA9PFTKmUM3ASTtjDPOYD9NShU/cFEwBtXwwgsvEGbqUJlmLTmLaZZpWuGUG3kJNDLdtO2Fy2i6devmovxdrughQinn9Ni7d6+9AvJH+2mofJZOehdoQ/bSpUvtHSB5CxcuZN9oHY6OG9lpWqxJgDTKU6DR9FnsMs6zZ8+mjPMB7rvvPr7MpcTf/vY3ewXkE5XP0kuhZsSIESxFRkUoPGt/M7MzBRqb3n333bYXi5aaKdTkSp4CjcTe4EQZ54MVv8w98cQT9g4AJEczNTNmzCDUpJDeB5xRg6Q9/fTTYXgmzHxg8ODBLvZ6a5mZlpvlTt4Cjco3x56lGT16dNCuXTvbg+ihQilnAJXSs2fP4LbbbiPUpBBn1CBp69evJ8zU0aZNG5eHaMY66iSt8hZoZKVtkWmzlUpVYn8qmajSiQBQCeeccw7lnFNIA02dUUMZXSRBS9zvv/9+24No6Z1CTUw6QHN+4TJ/8hhoZKhpsRLopZdeGhYJwAf0ElPpRDaFAqiUE044gVmaFNL7QOWc2bANl7Q/S0vcmZ35QOfOnYMhQ4bYXmQaE2tsnFuH2t8mjR8/3l5lwp9N+5BpXcNeRPqXSBuw3n//fXsHb7zxRvDSSy8Fxx13XLjfCJW1YcOGsCY/6rdt27bgC1/4QvDZz37W3kHWfe5znwuOP/74cN/GH//4R3sXaaD3wSuvvBIcffTRYfAE4tC+meuuu44wcwDNWH3mM5+xvcjuM81JRYG0yusMjagkXawqDvoq6ODwotzRw+YnP/mJ7aGS/vGPf9gr1GfTpk3BW2+9ZXvICyqfpZfeB5xRAxd0RARhZn+amenSpYvtRaax8MjCZX7lOdDoH2DsAgFat6hTWbG/BQsWsNQAQMVQ+Sy9NAjVMqGHH37Y3gHKo/NmNK7AB9q2betqP/cM03YULvMrz4FG5pi2uXAZjQoE6Gwa7E8vMC1DXLx4sb0DAMlS5TOKBKST3gnf/e53g0cffdTeAUqj2T3OmzmYZqVbt25te5FtNU0Hz+de3gONNkFdXbiMrnfv3i5OZs0dPXxU4ppD1pAm7HnLty996UvM0qSU3gmU90c5Vq5cSRGAevTq1Svo16+f7cVyrWk6eD738h5oRGXqYk8jOErKuaOH0PDhw4NnnnnG3gGq691337VXyKPu3buznybFtBS5tlZnXAONe/bZZ4MbbriBMHOAFi1aBHfeeaftxbLatFjHmGSJD4FGVKpuV+EyGh206ehQo9zRw+j555+3PSRp924vPrQAjdJ+mlmzZhFqUkjvA637Zz8EmkIRgPo52rutwULsFUpZ4kug2WZa7AoPjqpN5JIOwVq0aJHtISl79+61V4DfqHyWXhqk3nzzzbwT0CD9u8HhmQfT82zYsGG2F8sE07YULv3gS6ARFQjYWLiMpnnz5uE0oH6xP73AVLrzoYcesncAIFlUPkuv4juBwjE4kA7n1r8bzM4cTGcfOhhjqhjWrMKlP3wKNCoQoM1RsXTq1ImzaRqgh9PIkSOpcgOgYqh8ll56J6hwzLJly+wd+E7jgxEjRhBm6uFwFZC2WXi3Pt2nQCPrTIu9W5GzaRqmhxRVblBNHD7qH83QMEuTTnonbNwYa3EEcmTDhg2EmXpon7ajM2f09WBV4dIvvgUa0V6aWAcM6WyaefPm2R4OpCo3/Pkkg5LETWOfkX/OOOMM9tOkmN4Jc+fOtT34SuMCikXUT0vNHFTS1YHymp3xko+BZrtpsf+Bd+3aNRg8eLDtoS59fZk0aVJ48i/c2rUrVrE+ILeofJZeeidMnTqVD10e03hA4wJmZw6m82Z07owDY03TQZpe8jHQyHzT1hcuo5s2bRpLzxqgh5aW5rEhFEClUPksvYofujRbA78sWbIkHA8QZg6mpWazZ8+2vVg2mabiV97yNdCIdpHG2jSl6UGm0Rumh5c2hFL5DEClaKZm+vTphJoU0jth/PjxfOjyiCqajRo1ijDTAIWZNm3a2F5kKno1wP56y+dAozR7a+Eyum7durH0rBF6iKny2fLly+0dIFnvvfeevYKvzj77bCqfpVTxQ5cGusg3vfepaNawmpqaoG/fvrYXi0o0e195w+dAI1NNU7CJRUscNG2I+ulhNnz48GDVKi8Lb6DCCDSQE044gVmalNI7QQPdlStX2jvIm8cffzx87xNm6qdZGZ1r6ID2zOgQTe/5Hmi05Cz22TSqesbSs8bpoXbdddcFzz77rL0DAMnRfhqKBKSX3gkq4Yv8ee6554KhQ4cSZhqhqmYOlpqJxrBUCzJ8DzSyxrTYJ6pq3fY111xje6iPHm5r1uiPGwCSR6hJNxUIqK2NfTQcUmbt2rXBL3/5S9vDgbRNwdFSs3tMY5rTItAUaLoudqk7qp41TTXoqUMPoFKofJZe+silwwR5J+SHQur9999veziQtidorOiAzlPUuYqwCDQFOozo6sJldC1atAg3OjZv3tzewYH0Arv55puDRYsW2TuAWxw+igNpBl2DCEJN+vBOyA/9M1QVO5aaNUzbExwcoCkas8Y6JD5vCDQf0I51nU8TS6dOnYJhw4bZHuqjh93YsWMp3YlEvPPOO/YK+IAOrqPyWToV3wk6rwTZpH92+mdImGmYtiXo44oDy0xjAHUAAs3+tLlqW+EyuokTJwadO3e2PdRHDz1KdwKoJCqfpZfeCTqvhBL/2bNs2TLOmmmCPnY7XGrGl5l6EGj2p6Vnsf9F0ZKzefPmhdXP0DA9/FS6c8WKFfYOACSHIgHppnfCiy++aHvIAr2/b7zxRsJMI7QdQUvN9OsAS80aQKA5mJaeLSxcRtexY8dwsyMap4eglugRagBUAqEm3ah8lh2PPfZY+P4mzDROq3Y0Q+OAKpqx1KwBBJr6KQHHXnqm9ZK9e/e2PTSkGGoeffRRewcAkqNQ873vfY9Qk0J6H+hjoFY5IL2eeOKJ4PrrryfMNEF7ZvTn5IBmZWIXr8ozAk39nCw9E00ztm3b1vbQED0UdRCXHpIAkLSzzjqLymcppffBpEmTgoULYy+WQAL0nr722msJM01QNTONAR1VvnXyoT3PCDQN09IzHVoUi06CffDBBynlXAI9HPWQJNQAqAQqn6WX3gfjxo2jGmbKrFu3jpmZEmmWUefOOKC/BPxFaAKBpnFDTYt94GbXrl3Dze9oWjHUPPvss/YOACSHymfppfeBqmGqihaqT2HmW9/6VvDLX/7S3kFDHG450KwMX11KQKBp3C7TBhQu49GXJko5l0YvsSFDhoQPTwBIEkUC0k3vA1XRYo9l9T399NOEmRI4LNEsCjPaBoEmEGiaplH11MJldFpypqVnWoKGpumhqS9Bzz33nL0DAMlQqJk5cyahJqUUan7605/aHqpBy6cWLFhge2iIjuvQn5WjEs2zTNP2B5SAQFOasaZtLFxG1759++DOO++0PTRFoWbt2rW2BwDJUTUiigSkl8o5//CHP7Q9VJIG6CrSoGCJxmmM5+gZssm0kYVLlIJAU5o9pmnp2e6wF0NNTU24nAqluf/++ynfCaAiKBKQXhpMT548OQw2qBzNyhBmStOvX7/g0ksvtb1YNOYcZFrsMadPCDSlU1pWkYDYZs+e7eqQpdzTQ1QPU0INgEqgSEB66X0wfvz4YMmSJfYOkqTwePPNNxNmSqDD1O+++27bi224aRsKlygVgaY8c0zTSa2xaD/N0qVLwxrlaFox1PBlDkDSKBKQbnofjBo1ispnCdP7VuGRMNM07ZvRHmn9OrDaNO2dQZkINOXTNOD2wmV02k+jA5dQmuKXOZ9Djar8EOqA5FEkIN30Pti4Mfa2VjSAMFMezcw4elaompmTyro+OtT+Nkn/ciP0jmmvmhZ7oaSmKN977z3OXCnRG2+8EbzyyivBxz/+8eCkk06yd/2hF/icOZokRGPOOeec4OSTT7Y9IJrPfe5zwbHHHhv+vfvjH/9o7yItXn/99fCL+Fe+8hV7By4QZsqjPdEOzxm8xDSWmkVEoIlmi2maW/zXsBfDaaedFvz4xz8Otm6NfX6nFxRqNm3aFC7X+/KXv2zv+uEXv/hFOK2NxhFo4EqHDh2CPXv2BKtWUTk1bfQuUCVMH98FSVEBgAkTJhBmSqS90No+cMghThY73WHazMIlomDJWXQq5by+cBmd9tPoi0jbtm3tHTRFD1sKBQCoBIoEpFfxXbBo0SJ7B1HpfUoBgNJpzKYwozGcA5RodoBAE53K6V1k2o6wF4P+YujLu6O/GF4ovsj0AF63Tmef5t/u3VRwBCqNIgHppnfB2LFjqXwWA+fMlE9/ZtoL7cAu0863v4iBJWfx/NW0X5r2/4S9GD7zmc8EH/rQh4Inn3zS3kFTtORgzZo1wfr168MlB/ozzDOt5aeyT9O2bdsWfOELXwg++9nP2jtAPNpPc9xxxwUvvfQS+2lSSO8CPR+POeaY4Pjjj7d30RR9DKytrQ1+8IMfEGbKMGbMmGDw4MG2F9tVpj1duEQczNDEpzLOTnZqDxs2LBg4cKDtoVRaR/2tb30rWLt2rb0Dn2mP1VtvvWV7gBs9evQIpk+fzkxNSmlA/uKLL9oemqIwo/fmuHHjCDNl6Nu3bzBx4kTbi22habWFS8RFoHFDB246qUxx5513Bp07d7Y9lKoYap544gl7BwDcOvvss4Mrr7zS9pA22o+qGQc0Tu9JvS/13kTpVATA4d7dzabxMHGIQONGcT+NaojH0qJFi/ChzKGb5dNXpmuvvTa3oebdd9+1V2iKKlMBSaBIQHrpHTBlypSwWhfqp/ej3pOEmfKoRLjGZo4Oz9R+mW/YXzhCoHFHdZd16GZsKhVKkYBoiqFGh1DmDYP00vFnhaRQJCDd9A5QsRhK3B/sscceC9+PLDErj8ZimpnR2YGOaGZGx3/AIQKNW9qxPaFwGY/Wa0+bNs32UA49rIcOHRqsWLHC3gEAdxRqZs6cSahJKb0DtHFbZXVRoPfh9ddfT5iJQP8uae+MI7NM094ZOEaVM/dUQ1gHbn4u7MXQpUuX4A9/+EOwYQMHx5ZLVW9eeOGF4NOf/rTLrypVpX8PHnnkEdtDYy666KJwaRCQFFU+O/bYY8PqWlQ+Sx+9A1SVTv+MPv/5z9u7flJ1zO9+97uEmQguvfTS4Pbbb7e92DSY+6Zp74c9OMUMjXta63KJadvCXkyzZ88Ounbtansohx7eN954Y7B48WJ7J9vYQwOkC0UC0k3vgJ/+9Ke25yedz6P3IGGmfCrQpEJNjmw3TftmWA+dEAJNMnTYpkJN7H9xtXZT0+bt2rWzd1AOPcRHjx6di5Ok33vvPXuFphD+UCkUCUg3beR2WJkqU/TeGzVqFGEmAh14rrGXoyIAGgsOME2hBgkh0CRHS8+uLVzG06ZNm3Azn6O/WN7Rw1wnSevFBgAuUSQg3fT81yn4efioVQ697/TeI8yUT2Mtxx+Sx5q2unCJpLCHJllaL9netE5hL4ZPfvKTwVe/+lXKUUak9dSvvPJK8Oabb4Z9nSidNc8//zzn7JToggsuCE466STbA5Kl/TTHHXdcuGeD/TTpo+f/z3/+8+Cf/umfgi9+8Yv2bj4999xzwfz588N9H4SZaO69997g3HPPtb3YVCzKycdtNI5Ak7ynTOtj2ifDXgwq56zzaR5//HF7B+XQS+2ZZ54J/uu//ivcJKo/zyxZu3Zt8NRT+tcJTSHQoNIUatRefvllQk0K6fmvAg6f/exnw/CZRxobfPvb3w5+9KMfhf97UT6dY/S///f/tr3YdHjmOaaxBroCWHKWvOIBSrEP3RSVXVRDdPpqdd111wXLly+3d7Jh926d34pScA4NqqFXr14UCUgxPfvzWjVU77PvfOc7HJgZw+DBg4MRI0bYXmwa++nAdQ7PrBACTWXo0M3zTXMyytL5NDqnBtHpxTZ8+PCwAgzy5/33qYqJ6qBIQLppb8kPf/hD28sH7ffQ+4wlZtGpmqyqyjqisZ7GfJvCHiqCQFM5a0wbXriMp1j5LC/nq1SLHv6qALPIs82iAJJDkYB003N/8uTJwcKF+TjbUB/lNKtAmIlOY6kHH3wwaNGihb0T22TTKAJQYQSaytIJsfMLl/GoCof2g7Rvr5oDiEovASqgAXBJoWbmzJmEmpTSc3/cuHGZn6FXKKMsczwqz/zkk0+Gv46oCACbzquAQFN5g0xTSefYHNdJ95ZeBip6ccsttwTr1jn5R4MqY8kZqk3LgrU8mFCTTnruKwxkbS9lkc7WUSgjzESnsdOKFStclmfWBi2dN4MqINBUntZWaqOYkwOWOnXqFIYaLUNDdHop6ADOK664Ili5cqW9i6x655137BVQPRQJSDc991988UXby4ZHH300uPnmm8OzdQgz0WnMpFDYuXNneyc2jekoAlBFBJrq0L/4KuXn5F98fQm88847bQ9x6AVxww03UCwAgBM694RZmvTScuPa2lrbSzd9vBw6dCgzMw5o9rRv3762F5s+VKuarQpAoUo4h6Z6FGp+Y1pN2ItJh25qQxvnlMRXPK/gqKOOStVAZM2aNeFZNGjaOeecE5x88sm2B1SPzqY5/vjjw5kAzqdJHz3vVeq4TZs2wZe+9CV7N31UvEarCAgy8Y0ZMyZcbujQ5aatKlyiWgg01aWSfs1M6xb2YlLZQZ2Ev379ensHUekl98orr4R/njrTRIexVRuBpnQEGqSJQo0O8tWHEkJN+hSf95/61KfCGbU0efbZZ4MFCxaERSYIM/HprBn9WTo0ybTbC5eoJgJN9amcs0qVdQp7MWn5mb42/eIXv7B3EJVecqokp4B4zDHHhF9Zq4lAUzoCDdLm2GOPDT+OrFrFh9w00vP+5ZdfTsWzvkj7Oa+55pqwpLD+70M8NTU1wdy5c4NDDnG222KxadeaRhWaFGAPTTpo16iCTWza6KY1wd26OZn0gaGvYhzCCSAuDt1MNz3r01IkQO8b7edkVsYNrWBRmHFYQElLYVS11smB6YiPQJMOxVNlN4e9mPQXVqUIVQENbuilojW3nFcDICoO3Uy/NBQJ4HwZt3RwpsZEDo+42GKaxmxUNEsRlpylx27THjFtoGmxj6s9/PDDwwoejzzySLBjxw57F3EU11n/5S9/CXbv3h2uia8klpyVjiVnSCvtp/n85z8fvPTSS+ynSSE957VsuxpFYZ5++umwlPD3v/99wowjCjNaOq6iD44oxJxl2v8X9pAazNCki0r+qfSfk9Svgzf1F1l/oeGGXjIqmfmd73wnWLZMBwIDQHnOOuus4Fvf+pbtIW2Kz/lKLjPWAZ9XX301JZkd0kdHjYE0FnKkWJ5ZBZ2QMgSa9NFR9Tpp1sm6TP1Ffuyxx1z+hYahF86NN94YbtYEgHLp6z9Lz9JLz3gt+1LQSJqCk/ZpEmTc0ZhHy8wch5lLTHOy3xnuEWjSSZ/+VTnDifbt2wdPPvmky/WjMPTyUT17ndisP18AKFX37t2D22+/nVCTYnrGJ1kkQEvMbrnlFvbLOKaxjg4hdbw6ZbhpqmqGrNu7dy+t8m2iac78+Mc/3mv+ou/VP06a23bcccftXbJkif2Tdu+RRx4J/9+o7/9t2sHNDBTtnxyQbk8++eReE2rq/feYVv2m5+4Pf/hD+0/LnYceeohnegJNYxyNdRybbVp9YzRaihpFAdLtGdP0icHJJ7zPfOYzwWmnnRYuk3r33XftXbigjaQ6NO+dd94JDj300ODTn/60/U/c0P+/58yZY3toCkUBkBUqEqCmM1AoEpA+era/+uqrwdFHHx2W3XZBVcw0u8+sjFuamdESe5VodkizMjpag7NmUo4lZ+mn/TTaV+OE/qLrLzzLz9zTy2nEiBHBwIEDK7LuGkA+9OrVK7jySo2ZkEZ6to8dOzZ46KGH7J1otKdDH4fZ+O9eQmFGYy/OmskIAk366S/SOaY5DTWapXF4wBTq0ItKGzwXLVpk7wBA4zh0M930XP/5z39ue+XTO3fYsGHBhAkTCDOOaSyjQzMdh5mNpmnsxVkzGcGSs2zQ+rDHTOttmpNi6ipn+MUvfjHcOPf++8ykuqZlCnr5uTqzZsOGDZSJLgNLzpA1WnZ23HHHcT5Nir3++uvBhz/84bIOrX788cfDJWY6UJUg457CjA5DrampsXec0CHnOmvmz2EP+VLfBhxaxVs70143zZkHH3xwr3kg1Lu5juamaePn4sWL7Z94NLW1tfX+/5tWf9Mm66efftr+6QHZ8dhjj1EkIMVNz/P/+3//r/2n1Tg999n4n1zT2EVjGMc0xupoWn1jMFqKGzM02fJX0x4x7VLTWuhGXJqlYaYmWcWCAW+//XbYV3GGcmnDMDM0pdMX7gsuuCA4/vjj7R0gGzSbu2fPnmDVqlX2DtJEz/NXXnkl+NSnPhW+O+uzbt26wISeYMaMGczKJCShmRktLzvTNA7OzCD20GSPpkJ1Uq2zdZ16IOjBoAcEkqGX2siRI4MrrriCggEAGsV+mnTT83z06NHBypUr7Z0PPPzww+FzXs97wkwyEgwz2jOjvTPIIAJNNqlAgNPNaoSaytALTgUDpk+fHjz33HP2btNUDhrl0VduIIvOPPPMYObMmYSaFNOzXHsbi55//vnwuf7d736XIJOghMKMXhbnm+as+BIqjyVn2fVb0/5f0y4wzUkwZflZZWjJwpNPPhkuS2jXrl3whS98wf4nDdOL85FHtNoQpbrwwgudnRsBVJqKBLz33nthKVqkk4oEvPXWW8Evf/nL4MYbbww3/+v5jmQkGGYuMe3g6TZkCjM02aYDn/QX0dmnaGZqKkdf8XRuzdSpU4NnntEZqgDwAc3QMEuTXnqGa+nZVVddxaxMwhIKM6Kz/jSWQsYRaLJPfxGHFi7d0ANDB4Bx+Gby9BLUWushQ4YES5YssXcBIAi6d+8e3H777YQaeE1hRuf4JBBmNHZaWLhE1hFo8uEO05yGGp1craUOhJrKULAZNWpUMGnSpPDcggPpLBuUhz00yIMzzjiD/TTwlsYgWgbft29fe8cZjZlmFS6RBwSa/NBfTKehRqfuKtS0aePkLE80QaFm7NixwXe+852DZmtUYx3lYR8Y8qJHjx7BlVdeaXuAHxRmNAbp3VtnijtFmMkhAk2+JBJqtL+jbdu29g6SVpytufnmm+stCwrAP5Ryhk9at24dhhmNQRwjzOQUVc7yZ71pb5rWK+w58MlPfjL8QqJZg127nFWKRiNUKWfNmjXBCy+8EFY60p6mrVu32v8UpdDBmieddJLtAdmmqmc6KPbFF18MD44F8kofUH/84x8HX/3qV+0dZ8aadlvhEnnTzP42iSUvmTPTtOsLl25oQH3OOecEmzfrbE8g3ebOnRsMHDjQ9oB8eOKJJ4Ibbrgh2LSJw8yRPx07dgz3zOjXMecrWJAuLDnLL+fTqu3btw+XnyXwoAGcYw8N8qhnz57sp0EuaWyR0BiDMOMBAk2+OQ81xangBNa1AgBKwH4a5E2XLl2S2q9LmPEEgSb/nIcaVT3TZr0EyigCAJpw5plnUsoZuaEqfk8++SRhBrEQaPygv9BO/1KrnKIOumKPAtLq73//u70C8odSzsiDfv36JXXm3UjTCDMeIdD4w/mXCp3eq43XI0aMsHeA9PjHP/5hr4B8YukZsuz6668PHnjggXAs4ZjGOlMLl/AFgcYviUy/TpkyJVz+AACoHC09mzVrFqEGmTNt2rSkxg0a4zhdZo9sIND4J5FQoy8tWoKWwJcWAEADFGq+9a1v2R6QbhojzJs3Lxg2bJi94xRhxmMEGj/pL/wA0/aEPUdqamrCjX0qGgAAqAyWniELdPq/zpi59NJL7R1nNJbRhjLCjMcINP6ab9olpjkNNd26dQt+9rOfcVYNAFTIGWecwdIzpFqHDh2C559/Pujdu7e944zGMBrL3BP24C0Cjd8Wm3aOabvCniPFAzhVVx4AkDwtPZs+fTqhBqnTqVOn8Py6BD50auxykWkay8BzBBqsNs15qFE9eS0/0zI0AEDyzj77bEo5I1U0I6Mwk8AZMxqzaOyyLOzBewQayDrT9GDYGfYcKZ5VQ1lnAKgM9tMgLYYMGRLumUngjJlimNHYBQgRaFCkB8Mppm0Jew6prPPdd98dtGjRwt4BACSBpWeoNlUymz17dnDnnXcmUfl0u2n/YhphBvsh0KCuzab9m/11avDgweEStASmnQEAdbD0DNWi2Rid/H/NNdfYO05pbPIV+wvsh0CDA+nrh2ZqnH/96Nq1a1jlRBsEAQDJYekZKk2b/l966aWgR48e9o5TGpPog6vGKMBBCDSoj/bSaH3qyrDnkCqgaYNg37597R0AgGscuIlK6tWrV/jBUuWZE7DKNI1JdoQ9oB4EGjREm+7ON03n1TilKWltFBwzZoy9AwBwTTM0zNIgaTr1f8WKFeHBmQlYaNo3THNaiRX5Q6BBY3Rg1QDTJoU9xyZOnBhWQUugAgoAeK979+4cuInEaMP/3Llzg2nTpiWx+V+mm+b8AHDkE4EGpRhr2iDTnD9UdE6NDuFs166dvQO4ocp6+ncL8JmWnlEgAK6pwI+erwMHDrR3nNJY41rThoc9oAQEGpSq1rSzTHM+7du5c+dwI6GKBgCubNq0KXjrrbdsD/AXBQLgUsLv7OJy9zvCHlAiAg3Ksca07qY5rzLSpk2b8GvP9ddfb+8A8e3Zw0oFQLM03/ve9wg1iE2HZSZ08r9obKEPp84LEiH/CDQo1wbTVNZZv05pDe7MmTODBx54gEM44QSBBig466yzWHqGyIr7ZXRYZkLv502mqSzz+rAHlIlAgyi2mqaZmmVhz7F+/fqF5R9V0x4A4AZLzxBF8biFhPbLyGrT9KF0S9gDIiDQICqtc73ItDlhzzEdvvmzn/0s6N27t70DAIiDAgEol86X0bu4S5cu9o5z95imM2Yoy4xYCDSIQ+t5rjZN1Uicr+1ROWfVtp8yZUpSJSGRc++++669AiBf/OIXmaVBk/TOHT9+fPgO1h7XBGjMoAqqStisDUZsBBq4oGokiVRAkxEjRoQFAzTtDQCIrkePHszSoFHa8K8gM27cuKQ+JhYrmSVyxh38RKCBK6qA9i+mbQ57jqk8pPbVdOvWzd4BAETBLA0aoqVlWmKmpWYJ0T4Zbf6nkhmcItDAJYUZbezTBj/n9NXoySefDMaMGWPvAI2jyhlwMGZpUB+thtDm/wQPutaHz6+YtjHsAQ4RaODaTtO0wS+RQ7E0/T1x4sRwCVqCD13kxPvvv2+vANRFxTMUFT8WJrxfVQWEEluaDhBokAR9FlehABUM2K0brmnpWcLT4gCQW1Q8g+hdqlP/NWuXEI0Hhpqm8QBT5kgMgQZJ0hcZrZXVuTXO6avSY489FkybNo2DOFEvZmiAhjFL4y/NxGhGRqsdEjr1X7aZpjPrZoU9IEEEGiRtg2naV7Mu7CVg2LBhHMSJer3zzjv2CsCBmKXxkyqG6p2pPTMJ0j4ZFQpK7N0P1EWgQSVsN01faRI5hFN0EKemza+55hp7BwBQn6effjq4//77g+9///vB3Xffbe/CBzrt/5VXXgk6d+5s7ySi1jR9yNS7H6iIZva3SXv37rVXQCyXmqY3aGJrxFauXBkMGDAg2LlT9Qngs9tvvz34zne+Y3uAv5566qngtddeC3bt2hWGmE2bNtn/BD5o3bp1MHfu3KBv3772TiKK+2cT+3gJNIRAg2roZNqDpnUIewnYvn17uJRC4Qb+0v6AIUOGBB/72MeCf/qnf+IcI3hj7dq1we9///vgL3/5S/Dee+8RYjym5968efOSrgyqvbIXmaZl5kDFEWhQLa1Nm2taop+L5syZEwwfPjz8Kgm/Kdwo5LZq1Sr48Ic/HBxzzDHB17/+dfufAtn205/+NJyBeeutt5iFQUjPOh1zcP3119s7iVll2gDTdoQ9oAoINKg27UqcaFpixe+3bNkSLkFbv369vQMUAs63vvWtcPbmn//5n4Pu3bXNC8gOVaj6n//5n3B5rT7eEGBQpH2lmpWpQBW7SaaNLVwC1UOgQRqoAP480xKrHakT46dPnx5MmDAh2L07kaNxkGHF2ZsPfehDwUc/+tHgU5/6VNC1a1f7nwLp8Nxzz4UBhlkYNETlmMeMGROMHj06yUMyRbMxmpXR7AxQdQQapIXCzAOmJbrJYePGjcGgQYPCX6AhdQNOy5Ytw4DD/htU2po1a4LXX389ePvtt8MS5AQYNEbPLf070qVLF3snMSrFfIlpOmcGSAUCDdIm8SVomq2ZPHlyMHXqVGZrUJJiwDn00EPDGRytTVeRAfbgwCWVUy7OwPzjH/8gwKAkmonReWzjxo1L+pBpVTGbbJqWmXHqP1KFQIM00lofVUFLbAmaaKBwySWXMGBAJMWQo4CjmRwFnFNPPdX+p0DjisvHNPPy5ptvhvcIMCiXDpR+4IEHwj0zCdOZMlpitjrsASlDoEFaKcyoClqvsJcQzdZopkYzNszWII66y9SK7ZOf/GTwr//6r/a/AV+pIIlKySu8FBvhBXFoVkYn/WuvTMKzMqIQM8g0lpghtQg0SLvEl6CJBhYajFIJDS7VXaqmZWpHHnlkuCfnqKOOYrlaTqny2J/+9Kfgb3/7W7hxnzNg4JpmY3RIZgVmZVhihswg0CALEj+IUzRbo9KnY8eODcugAkkpBp3DDz88DDqazWnTpk1w2mmn2f8G0u7HP/7xvuCiTfvFGV7CC5KiZ4X2yehcmYQrmIkOytTGf77yIRMINMiKVqbNNG1w2EvQtm3bgqFDhwaLFy+2d4DkFUOOaOByxBFHhIFHv5/4xCfYn1MF2ufyxhtvBH//+9+Dd999N/wtHtJLcEEl9e7dO5g9e3bQvn17eydR80271jS+7CEzCDTImhrT7jStTdhL0MKFC4Nrr7022LGDw49RXXXDTrNmzfYFnsMOOyxcxvbxj3+cvToR/Nd//Vfw5z//OZxlUVUxBRbtb9EyMSG0oNpat24dzJw5Mxg4cKC9kygFGAUZBRogUwg0yKJ2pqlggA7kTJSWng0fPjy455577B0gfeoGHu3X0RI2hR3N8BxyyCH7ZnoUhHyY6dHMimZSijMr77//fvir0EJgQVZceumlYZjRctQKWGOaNv5rqRmQOQQaZNk1pk0zLfESL+vWrQuuvvpqBj/ItLrBp0gBSLM8WpNfDD91Q5D+8yJVU+raVVXVk6W/b3WrDiqAHBhO9Kt9b5pdKQaUIoIKsqxDhw7BnXfeGfTokfg3O9Fm/5GmzbLXQCYRaJB1J5o2z7TEy71IbW1tOGPDMjT4qL5AlAQCCXyk5WVTpkwJhgwZYu8kTn/JdLbMxrAHZBiBBnmgci/Xm6byzonP1ijMKNQo3AAAEFe/fv3C5WVt2yZ6nnSRZmImmDbVXgOZR6BBnmiWRntrKjJbo2UxKhqwcSMftwAA5dNZMpqV6dUr0TOk69KsjPbKbAh7QE4cYn+BPFCy+BfT9OUp8a9O2kvw0ksvhWudtVQAAIBSqECHZmR+9rOfVSrM6J043TS9IwkzyB1maJBXnU3TbI322CROy9BuvfXWYNasWeFGZQAADqTiG9ojM3r06EotL5MtpmmvDIdkIrcINMgz7acZZ9ow0xI/Vlm0kVn7a1atWmXvAAAQhFXLpk2bFi4zqxB9XVP1Mq1aKJwIC+QUgQY+0NvjbtM0a1MRy5YtC8aOHUulJgDwXMeOHcMZGZ0rU0GbTdOsDMvL4AUCDXyhGRrN1GjGJvFKaKKlZ3fccUcwefJkyjwDgGe0t1JB5pprrgnPcKoQzcpMNm2SvQa8QKCBbzqYptmabmGvAhRmFGrmzJmz32GBAID8UXjRPpkbb7yxkvtkRHtkNCujPTOAVwg08JXm/mebVrHyZFu3bg0mTJjA+TUAkFNaVjZu3LjwtP8K0v6Yoabp5cKsDLxEoIHP9OlsimkDw16FbNiwIRg5cmSwevVqewcAkGXdunULJk6cGJbzr7CFpinMbA97gKcINEAQ6BCAO01rH/YqRJXQFGw4mBMAskkVyxRkevfube9UzDbTrjZtZdgDPEegAQq0Y1NFA240rZVuVIoqoqnU85YtLHsGgCzQkjKd8F9TU2PvVIw2YuqATG38Z1MmYBFogP1plkYHclasaICoItr8+fPD4gEEGwBIp/bt24d7ZLRXRodkVtg60640TSWZAdRBoAHqp89uM01rF/YqRFXQFi5cGBYPUBEBAED1qVqZlpYpyFSwBHOR9scMN21+2ANwEAIN0DC9tUaYpmVoFX2DKdhoxkaHc27fzl5PAKgGBRmVX1YZ5ioEGVUsKy4v46R/oBEEGqBpqr+pamiVXyxtgo3Or7n11lsJNgBQIVUOMrLKtGtNYw0yUAICDVA6VUPTMrSOYa+CijM2Woq2bZuK2wAAXEtBkFGAURlmqpcBZSDQAOXRLtDrTRttWsUO5Swq7rGheAAAuKOqZQoyVdojIztNm2GalphRvQwoE4EGiEZhZpxp15hW8VI3qoq2cuXK8BybzZspeAMAUSjIqGpZv379qlG1TLRP5h7Txpq2QzcAlI9AA8Sj/TU6lLNH2KsCnWMzY8aMYN06VfQEADSlc+fOwejRo8MDMasUZGSNadonsynsAYiMQAO4oXNrtL+mU9irAgUaBRsFHADAwRRgbrjhhqBbt4oeNXYgBRjtk1kd9gDERqAB3NFnvktN01I0HdBZFVqCpqpo2mujPTcA4DPNwGhvzHXXXRd06lS1b06iii5aWqbzZLTUDIAjBBrAPe0oHWKagk3FCwcUqczzPffcE/zgBz+g5DMA76hi2be//e1g4MCBQbt2FT0j+UDa8H+7adrwz3kyQAIINEByFGZUEa3iB3PWVayMplkbCggAyLsUVCwr0hT5HNNuNY2vSkCCCDRA8tqapjLPg02r6tuVfTYA8qpv377hjEyPHlWr0VKkILPQNJ3wT319oAIINEDlaF/NRNP6mVa1sjqiM2zuvffeYM6cOcHOnVoNAQDZ07p162Dw4MHB5ZdfHpx44on2blUtNk37ZJgOByqIQANUnt66CjZ9w14VFZej3XXXXcH69evtXQBIty5duoQhRvtjqrysrEjT3hNM2xj2AFQUgQaoHpXbUbDpHfaqbMOGDWGwmT9/PtXRAKROsVrZVVddFQaalFDp5eGmEWSAKiLQANWnYKOKaFWfsZEdO3aEszZakrZxI+9oANXVsWPHMMQozLRp08berbqVpmmzPycaAylAoAHSI1XBRjRrc//99we1tbXBrl1UGwVQGa1atQr69esXXHHFFWmajRFmZIAUItAA6VMMNlqKVtXiAUVagrZ48eJwSZoqpQFAEhReFGIUZhRqUoQ9MkCKEWiA9Opgmso9qypaKna9iiqkFWdttm3TwdcAEJ0OvdTmfm3y1xkyKaLT/FW1TOWXN+kGgHQi0ADpl5pzbA60Zs2aYMGCBRQSAFAWVSbTnphvfvObaTg35kB6mNWaNsM0zpEBMoBAA2RHa9OuN+06e50a2l+jwzo1c6OQs2ePPmwCwAdUpaxbt25B//79g5qamrQtKRMdynW7aXeYtkM3AGQDgQbIHs3SaLZGwSZV6zNEVdI0Y6NwQ5U0AJ06dQqXk6WsSlldW01TkNGsDCcNAxlEoAGyrcY0LUdTIYHU0R4bFRMg3AB+KYaYvn37Bu3bt7d3U0f7YrSsbL5pTCsDGUagAfJBi9A1Y5OKQzrro0CzcuXKYMmSJYQbIIcUYhRgzjvvvPA6xVaZphkZ/QLIAQINkC8dTVOwGWhaqgoI1KVKaTq8k3ADZJuCy4UXXhiWWU5ZhbIDaaO/ZmIUZKhYBuQMgQbIJxUN0D6by007UTfSSuFGhQR+9KMfUVAASLnixn5VJ9NvykOMqErZvabNMY39MUBOEWiA/Otl2rdNS+1ytKKdO3eGy9IeeeSRYPXq1WGBAQDV1bp167C0spaS9erVK60b+w+k5WR3maYDMQHkHIEG8Ic+pV5hmmZuUj8i0UyNZmzWrl0bLk/TTA6AytDMi5aRnX766eFMjGZmMkBfQFSp7H7TWFYGeIRAA/hHe2v6maZw01U3smDr1q3h7M3jjz8ezt5wkCfgjg661CzM2WefHfTu3TvNlcnqs8E0zcZojwwPBsBDBBrAbypFpGCjIgKpO+WuIQoz69atC2dvFG7Wr19v/xMApdKGfoUXzcJ07do1DDUZssu04myMAg0AjxFoAIjCjM60ydSsTZH22qxatWpfwNFsDoD9adZFszCnnnpqGGQyshfmQOtMU4hZaJpCDQAQaAAcRFXR+pt2qWntdCNripXTFHD0qwM+Ad+0a9cu3P9S3AeTgYpkDdlumpaTsTcGQL0INAAaol3AqoymcKPfTK1HqUszNprB+clPfhLO4BBwkEcKMJqBOfnkk8NqZBnbB3Mg7YVZY5r2xqw0jXruABpEoAFQiramKdRoSVoX3ciy7du379uDo/03mzZtosgAMkX7XU488cSgS5cu+/bAtG2rv6aZp/0wOjdG5ZY1MwMATSLQACiX1q1oOdo3TeuoG1mnEtEKNlqe9sILL4TXCj1AWiisKLx87WtfC8OLrjO2ib8xmjLVBv8fmcaSMgBlI9AAiEMFBC40TQUFMrnfpiFalrZhw4ZwmZp+1XTwJ5A0HWTZuXPnsGn5mH61nCxn9MVgsWkKMdroDwCREWgAuKD9Nt1M06yNwk1r03JHxQY2b94czuIo4GzcuJH9OIhFQUXlk9UUXjp27JjlzftN0ReBYojR/hj2xQBwgkADwDWtg9HMTa7DTZFmbRRuFHRefvnlcD+O2q5dVJTFB1q1ahXueVH78pe/HAYXzbxoNibn9BdBJZaXmKYQw2Y1AM4RaAAkSeGmh2nnmaaiArnYtVwKzdwUw82vf/3rfdcsW8s3BRSFFgWW448/fl+IyeGSscbsME2b+h8xbZVphBgAiSLQAKgkzdwo3PQ1LbfrahqjQ0A1m6Plawo6ulZZafUJO9mg0KJlYSqLrOBy7LHHhn1dZ/SwShe2mKbyypqJYU8MgIoi0ACoFh3gqWCjogKddMN3CjvFcKMqa6+++mr4q0bgqZxiYFFlMbUTTjgh/C2GGI9Dy4E2mqYAoyCjawCoCgINgDTQehyFG83eaBYnN/VoXVLgKQYcLWlT+8Mf/nDQPZWhxsGaN28eLv1SK4aVo48++qB7BJYGaemYZl+0lExLyraaBgBVR6ABkDYKM6qYppkb7b/J9HHn1aKZHoUcHRiqkKPrt99+e797Cj7674lmf7IyA6QZlOJmes2YFIOKzmVRIGnZsmX4W/dexk/Nryb9C7LatIftL/thAKQOgQZA2unwThUUONM0BR1mbxLWUMgphqG6NGukoBSFgseBsyHFAFJ0YHhB4oqzMI+bpg39HHQJIPUINACypHjezdmmaWlaZ3sPQHTa/6LZF4UYzocBkDkEGgBZps/7Wpam2RsFHM3mAGicKpIpuDxlmoKMyiwDQGYRaADkiYoLaAbndNO6mKZKaoDvNpumZWRrTVOQ2WYaAOQGgQZAnmkGpxhwNIOjgMMSNeSZlotp30vdAMMMDIBcI9AA8Ekr04p7bxRy9FvYcQ5kk6o2bDDtOfurIMOBRQC8QqAB4LsOpml5WjHgMIuDtCrOvii4aPZlvWnaDwMAXiPQAMD+VBZaoUYh58umEXJQDXXDy8umKbyozzkwAHAAAg0ANK1uyDnBNM3qsFwNrhSXjWm25VXTCC8AUAYCDQBEp2CjUtGdTDveNIUeZnPQkOKsi9qvTNP5L6pAxrIxAIiBQAMAbmk2R0faK+wUg46uFXRUlAD5t8s0hRYFlWJw2Wr7zLoAgGMEGgCoHJWRVthR0DnGNIWctvaXsJMtxdCy3f6+ZloxuFAmGQAqiEADAOlQDDvFgHO07RfvqaFyFFTUFFDU/mBaMcAQWgAgRQg0AJAdCjp1g49Cj/rtbNM9Znoap5kVhRKdlq+mYKKwUjeoKLgAADKCQAMA+aOQo3CjXwUcXSvwHGp/tc9H94q/UvzvZoFCSXGGREFE+1KKvwop79lf3Sv+d3XNrAoA5BCBBgBQVzHoiMpSF0tTq3KbwtCB6oaichVDyIEURlQRTFTSuHjyfTG4AACwD4EGAAAAQGYdYn8BAAAAIHMINAAAAAAyKgj+f1kaa8GiFNu6AAAAAElFTkSuQmCC" 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+<p class="p noindent"><a href="https://github.com/koka-lang/koka"><img 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" alt="koka-logo" data-path="images/koka-logo-filled.png" data-linkid="koka-logo" style="max-height:120px;padding:1rem 1rem 1rem 1.5rem"></a>
 </p><span data-line=""></span>
 <nav class="toc toc-contents expand-all" style="font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">
 <div class="tocblock tocblock1">
@@ -1341,9 +1332,9 @@ <h1 id="getstarted" class="h1" data-heading-depth="1" style="display:block;font-
 <p class="p indent" style="text-align:left"><a href="#why" title="2.&#8194;Why Koka?" class="learn button localref" style="target-element:h1">Why Koka? <span class="fa fa-angle-double-down"></span></a>
 <a href="#tour" title="3.&#8194;A Tour of Koka" class="learn button localref" style="target-element:h1">A Tour of Koka <span class="fa fa-angle-double-down"></span></a>
 <a href="#install" title="1.1.&#8194;Installing the compiler" class="learn button localref" style="target-element:h2">Install <span class="fa fa-angle-double-down"></span></a>
-<a href="https://github.com/koka-lang/koka/discussions" data-linkid="forum" class="button learn externalref">Discussion forum</a>
-<a href="https://github.com/koka-lang/koka" data-linkid="kokarepo" class="button learn externalref" target="_top">Github</a>
-<a href="https://koka-lang.github.io/koka/doc/toc.html" data-linkid="libraries" class="button learn externalref" target="_top">Libraries</a></p>
+<a href="https://github.com/koka-lang/koka/discussions" data-linkid="forum" class="button learn">Discussion forum</a>
+<a href="https://github.com/koka-lang/koka" data-linkid="kokarepo" class="button learn" target="_top">Github</a>
+<a href="https://koka-lang.github.io/koka/doc/toc.html" data-linkid="libraries" class="button learn" target="_top">Libraries</a></p>
 <div class="smaller" style="font-size:smaller">
 <p class="p noindent">Note: Koka v3 is a research language that is currently under development
 and not ready for production use.
@@ -1354,145 +1345,155 @@ <h1 id="getstarted" class="h1" data-heading-depth="1" style="display:block;font-
 <div class="news">
 <p class="p noindent">News:
 </p>
-<ul class="ul list-star news-items loose">
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2024-03-14: Xavier Leroy is teaching a fantastic
-<a href="https://www.college-de-france.fr/fr/agenda/cours/structures-de-controle-de-goto-aux-effets-algebriques" class="externalref">lecture series</a> on
-control structures and algebraic effects at the Coll&#232;ge de France with many invited talks available online.<br>
-March 14 at 11:15am Paris time there is a talk on the &#8220;design and compilation of efficient effect handlers in Koka&#8221; that you can&nbsp;<a href="https://zoom.us/j/97263064104?pwd=dVVTVWRBR2p2QzJKeUpGOUpLRE45dz09" class="externalref">follow live on Zoom</a>.
+<ul class="ul list-dash news-items loose">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2024-05-30: Koka v3.1.2 released which fixes Koka installs outside a VS Code workspace.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2024-05-30: Read the&nbsp;<a href="https://www.microsoft.com/en-us/research/uploads/prodnew/2024/05/fiptree-full.pdf">paper</a>
+on &#8220;<em class="em-low1">The Functional Essence of Binary Search Trees</em>&#8221; by Anton Lorenzen, Daan Leijen, Sam Lindley,
+and Wouter Swierstra to be presented at&nbsp;<a href="https://pldi24.sigplan.org/">PLDI&#39;24</a> on June 27.
+</p></li>
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2024-05-30: View the&nbsp;<a href="https://www.college-de-france.fr/fr/agenda/seminaire/structures-de-controle-de-goto-aux-effets-algebriques/design-and-compilation-of-efficient-effect-handlers-in-the-koka-language">talk</a> 
+on the design and compilation of efficient effect handlers in Koka as part 
+of Xavier Leroy&#39;s beautiful
+<a href="https://xavierleroy.org/CdF/2023-2024/index.html">lecture series</a> on
+control structures and algebraic effects at the Coll&#232;ge de France 
+(with many other invited talks available online).
+</p></li>
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-03-04: Koka v3.1.1 released with a language server crash fix.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-02-14: Koka v3.1.0 released with a concurrent build system
 and improved language service over the stdio protocol. Redesign of named effect
 typing to match the formal system more closely. See <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">samples/handlers/</span>named</code> for examples.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-01-25: Koka v3.0.4 released with improved VS Code hover and inlay information.
 Splits <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">std/</span>core</code> in multiple modules, fixes bug in infinite expansion for implicits
 and various other small improvements.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-01-13: Koka v3.0.1 released with improved VS Code integration and inlay hints. Initial support for
 locally qualified names and implicit parameters (see the <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">samples/</span>syntax</code>). Various small bug fixes.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2023-12-30: Koka v2.6.0 released with VS Code language integration with type information, jump to definition,
 run test functions directly from the editor, automatic Koka installation, and many more things.
-Special thanks to&nbsp;<a href="https://github.com/TimWhiting" class="externalref">Tim Whiting</a> and&nbsp;<a href="https://github.com/fwcd" class="externalref">Fredrik Wieczerkowski</a> for all their work on making this possible!
+Special thanks to&nbsp;<a href="https://github.com/TimWhiting">Tim Whiting</a> and&nbsp;<a href="https://github.com/fwcd">Fredrik Wieczerkowski</a> for all their work on making this possible!
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2023-12-27: Update of the technical report on &#8220;<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/07/fiptree-tr-v4.pdf" data-linkid="fiptree-tr" class="externalref">The functional essence of binary trees</a>&#8221; where we use fully-in-place programming and
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2023-12-27: Update of the technical report on &quot;<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/07/fiptree-tr-v4.pdf" data-linkid="fiptree-tr">The functional essence of binary trees</a>&quot; where we use fully-in-place programming and
 the new hole contexts to create fully verified functional implementations of binary search tree
 algorithms with performance on par with imperative C implementations.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2023-07-03: Koka v2.4.2 released: add support for <code class="code code1 language-koka lang-koka koka colorized">fip</code> and <code class="code code1 language-koka lang-koka koka colorized">fbip</code> keywords described
 in &#8220;FP<sup>2</sup>: Fully in-Place Functional Programming&#8221;
-(ICFP&#39;23) [<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/05/fbip.pdf" class="externalref">pdf</a>].
+(ICFP&#39;23) [<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/05/fbip.pdf">pdf</a>].
 Various fixes and performance improvements.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2021-02-04 (pinned) The&nbsp;<a href="https://www.youtube.com/channel/UCS4FAVeYW_IaZqAbqhlvxlA" class="externalref">Context Free</a>
-youtube channel posted a short and fun&nbsp;<a href="https://www.youtube.com/watch?v=olISecOUX1g&amp;t=959s" class="externalref">video</a>
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2021-02-04 (pinned) The&nbsp;<a href="https://www.youtube.com/channel/UCS4FAVeYW_IaZqAbqhlvxlA">Context Free</a>
+youtube channel posted a short and fun&nbsp;<a href="https://www.youtube.com/watch?v=olISecOUX1g&amp;t=959s">video</a>
 about effects in Koka (and 12 (!) other languages).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-01 (pinned) The ICFP&#39;21 tutorial
 &#8220;<em class="em-low1">Programming with Effect Handlers and FBIP in Koka</em>&#8221; is now available on
-<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA" class="externalref">youtube</a>.
+<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA">youtube</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2022-02-07: Koka v2.4.0 released: improved specialization and <code class="code code1 language-koka lang-koka koka colorized">int</code> operations, add <code class="code code1 language-koka lang-koka koka colorized">rbtree-fbip</code> sample,
 improve grammar (<code class="code code1 language-koka lang-koka koka colorized">pub</code> (instead of <code class="code code2">public</code>, remove private (as everything is private by default now)),
 <code class="code code1 language-koka lang-koka koka colorized">final ctl</code> (instead of <code class="code code1 language-koka lang-koka koka colorized">brk</code>), underscores in number literals, etc), rename <code class="code code1 language-koka lang-koka koka colorized">double</code> to <code class="code code1 language-koka lang-koka koka colorized">float64</code>, various bug fixes.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-12-27: Koka v2.3.8 released: improved <code class="code code1 language-koka lang-koka koka colorized">int</code> performance, various bug fixes, update wasm backend,
 initial conan support, fix js backend.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-11-26: Koka v2.3.6 released:
 <code class="code code1 language-koka lang-koka koka colorized">maybe</code>-like types are already value types, but now also no longer need heap allocation
 if not nested (and <code class="code code1 language-koka lang-koka koka colorized">[<span style="color:purple">Just</span>(<span class="constant" style="color:purple">1</span>)]</code> uses the same heap space as <code class="code code1 language-koka lang-koka koka colorized">[<span class="constant" style="color:purple">1</span>]</code>),
 improved atomic refcounting (by Anton Lorenzen), improved specialization (by Steven Fontanella),
 various small fixes, add <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">std/os/</span>readline</code>, fix build on freeBSD
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-10-15: Koka v2.3.2 released, with initial wasm support
-(use <code class="code code1 language-koka lang-koka koka colorized">--target<span style="color:blue">=</span>wasm</code>, and install&nbsp;<a href="https://emscripten.org/docs/getting_started/downloads.html" data-linkid="emscripten" class="externalref">emscripten</a> and&nbsp;<a href="https://wasmtime.dev/" data-linkid="wasmtime" class="externalref">wasmtime</a>),
+(use <code class="code code1 language-koka lang-koka koka colorized">--target<span style="color:blue">=</span>wasm</code>, and install&nbsp;<a href="https://emscripten.org/docs/getting_started/downloads.html" data-linkid="emscripten">emscripten</a> and&nbsp;<a href="https://wasmtime.dev/" data-linkid="wasmtime">wasmtime</a>),
 improved reuse specialization (by Anton Lorenzen), and various bug fixes.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-29: Koka v2.3.1 released, with improved TRMC optimizations, and improved reuse
 (the rbtree benchmark is as fast as C++ now), and
 faster effect operations. Experimental: allow elision of <code class="code code1 language-koka lang-koka koka colorized"><span style="color:blue">-&gt;</span></code> in anonymous
 function expressions (e.g. <code class="code code1 language-koka lang-koka koka colorized">xs<span style="color:blue">.</span>map( fn(x) x + <span class="constant" style="color:purple">1</span> )</code>) and operation clauses.
 Command line options changed a bit with <code class="code code2">.koka</code> as the standard output directory.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-20: Koka v2.3.0 released, with new
-<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout" class="externalref">brace elision</a> and if/match
+<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout">brace elision</a> and if/match
 conditions without parenthesis. Updated the javascript backend
 using ES6 modules and BigInt. new <code class="code code1 language-koka lang-koka koka colorized"><span style="color:blue">module</span> <span style="color:navy">std/num/int64</span></code>, improved effect operation performance.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-05: Koka v2.2.1 released, with initial parallel tasks, the binary-trees benchmark, and
-<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout" class="externalref">brace elision</a>.
+<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout">brace elision</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-26: Koka v2.2.0 released, improved simplification (by Rashika B), cross-module specialization (Steven Fontanella),
 and borrowing annotations with improved reuse analysis (Anton Lorenzen).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-26: At 12:30 EST was the live Koka tutorial at
-<a href="https://icfp21.sigplan.org/details/icfp-2021-tutorials/5/Programming-with-Effect-Handlers-and-FBIP-in-Koka" class="externalref">ICFP&#39;21</a>,
-see it on&nbsp;<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA" class="externalref">youtube</a>.
+<a href="https://icfp21.sigplan.org/details/icfp-2021-tutorials/5/Programming-with-Effect-Handlers-and-FBIP-in-Koka">ICFP&#39;21</a>,
+see it on&nbsp;<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA">youtube</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-23: &#8220;<em class="em-low1">Generalized Evidence Passing for Effect Handlers</em>&#8221;, by Ningning Xie and Daan Leijen presented at ICFP&#39;21.
-See it on&nbsp;<a href="https://www.youtube.com/watch?v=yAT0qYlD0UM&amp;list=PLyrlk8Xaylp5ed_Yhg2oTdVhrtVohVaoa&amp;index=40" class="externalref">youtube</a>
-or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/generalized-evidence-passing-for-effect-handlers/" class="externalref">paper</a>.
+See it on&nbsp;<a href="https://www.youtube.com/watch?v=yAT0qYlD0UM&amp;list=PLyrlk8Xaylp5ed_Yhg2oTdVhrtVohVaoa&amp;index=40">youtube</a>
+or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/generalized-evidence-passing-for-effect-handlers/">paper</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-22: &#8220;<em class="em-low1">First-class Named Effect Handlers</em>&#8221;, by Youyou Cong, Ningning Xie, and Daan Leijen presented at HOPE&#39;21.
-See it on&nbsp;<a href="https://www.youtube.com/watch?v=3HsI4__8RQM&amp;list=PLyrlk8Xaylp6Q52MwsRZBUSIRL3wOk_k1&amp;index=4" class="externalref">youtube</a>
-or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/first-class-named-effect-handlers/" class="externalref">paper</a>.
+See it on&nbsp;<a href="https://www.youtube.com/watch?v=3HsI4__8RQM&amp;list=PLyrlk8Xaylp6Q52MwsRZBUSIRL3wOk_k1&amp;index=4">youtube</a>
+or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/first-class-named-effect-handlers/">paper</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-06-23: Koka v2.1.9 released, initial cross-module specialization (by Steven Fontanella).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-06-17: Koka v2.1.8 released, initial Apple M1 support.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>The&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus" class="externalref">Perceus</a> paper won a distinguished paper award at PLDI&#39;21!
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>The&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus">Perceus</a> paper won a distinguished paper award at PLDI&#39;21!
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-06-10: Koka v2.1.6 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-05-31: Koka v2.1.4 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-05-01: Koka v2.1.2 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-03-08: Koka v2.1.1 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-02-14: Koka v2.0.16 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2020-12-12: Koka v2.0.14 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2020-12-02: Koka v2.0.12 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2020-11-29: Perceus technical report publised (<a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus" class="externalref">pdf</a>).
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2020-11-29: Perceus technical report publised (<a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus">pdf</a>).
 </p></li></ul></div></div><h2 id="install" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#install" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">1.1</span>.&#8194;</span>Installing the compiler</h2><!--
 On macOS (x64, M1), you can install and upgrade &koka; using Homebrew:
 
@@ -1504,9 +1505,9 @@ <h1 id="getstarted" class="h1" data-heading-depth="1" style="display:block;font-
 
 
 <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-install-with-the-vs-code-editor" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">1.1.1</span>.&#8194;</span>Install with the VS Code editor</h3>
-<p class="p noindent"><a href="https://marketplace.visualstudio.com/items?itemName=koka.language-koka" class="externalref"><img 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" title="VS Code Extension Installation" alt="vscode-install" data-path="images/vscode-install.png" data-linkid="vscode-install" class="floatright externalref"></a>
+<p class="p noindent"><a href="https://marketplace.visualstudio.com/items?itemName=koka.language-koka"><img 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" title="VS Code Extension Installation" alt="vscode-install" data-path="images/vscode-install.png" data-linkid="vscode-install" class="floatright"></a>
 </p>
-<p class="p noindent">The easiest way to start with Koka is to use the excellent&nbsp;<a href="https://code.visualstudio.com/" data-linkid="vscode" class="externalref">VS Code editor</a>
+<p class="p noindent">The easiest way to start with Koka is to use the excellent&nbsp;<a href="https://code.visualstudio.com/" data-linkid="vscode">VS Code editor</a>
 and install the Koka extension.
 Go to the extension panel, search for <code class="code code2">Koka</code> and
 install the official extension as shown on the right.
@@ -1534,17 +1535,17 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 When you click <code class="code code2">run debug</code> (or <code class="code code2">optimized</code>) Koka compiles and runs the function,
 showing the output in the VS Code terminal.
 </p>
-<p class="p indent"><img 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title="VS Code caesar examples" alt="vscode-caesar" data-path="images/vscode-caesar.png" data-linkid="vscode-caesar" class="externalref" style="width:60%;min-width:400px">
+<p class="p indent"><img 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title="VS Code caesar examples" alt="vscode-caesar" data-path="images/vscode-caesar.png" data-linkid="vscode-caesar" style="width:60%;min-width:400px">
 </p>
 <p class="p indent">Press and hold <code class="code code1 language-koka lang-koka koka colorized">ctrl+alt</code> (or <code class="code code1 language-koka lang-koka koka colorized">ctrl+option</code> on MacOS) to show inlay hints &#8211; showing inferred
 types, fully qualified names, and implicit arguments.
 </p>
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-<p class="p noindent"><img 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E2PRKC9laEOxZQFMcJvOcGxMhSsS0fyjFhET5qJzPf0yrleRZ4BiHgs0v48wS2gvUqZwE/8tEsqERERERHZ1kGC7O3w9JWKdIF+wFF5kr2qP4aPkMpt7dRJ5K/IweT752LZl8oWWq/rh2OCVL7ULFUW5dQ43Z0SJ2VUiHg2EZH9ZJ2KLQbo5uXDKHtj92ui8Ezt/LLOYjGi4M0UzJwci1W7lC20qqBRGO+EqwkBasUsvDhR2ZqbfYmIiIioM2n3QfYK9bVSyR4feN4dh34Oj5bb8Rw7Kb+39HJ4eEvFVjmAA5XyWOaL4Xf3kcqXymls+Pv70P8qVUWe3nB8IN1KHFdMIeQJL2d2Td5RAUWbrJ8GzoyTqnGJmHSjPOxZagZ32rMKmVvKbMwvezGGYzIj/4UN+EaxDryEb9+F0iLQT37X7wmYDFKRiIiIiMiO9hdkf6wUYku9LpoBQuywR4WuY1/F4BG+nbqP9IHjp1F/K6onrrt5OLwuoKHsrS9/gHxGFt/bYpF61+VS7VI5jbMNpolx3EkcrfpdKov8MOw+JzbhHzIou956a6B11v2jQTGY/xetYrRmc7EO6VtrWi1LVq9EfrkiyiJ06nzEXJTBmCywyt/KGVSh6OMn21irjDAccujGaiIiIiLqxNpf/ju/FxZ5D8YrhqLPzbaGqR2IK+5ZiSE3+nTqECvaZaiAvMHRa9h4zHuw6aDm1dPT/lQ2b25E4Y9SudqVGDVzFlIf9nN4+psmX18w6Mb+6OfwXDqXY/hTd2C4vNX9xwrskIqOKPy+UirV6H3nJMwe3XQ49xX+BscUCuFLnvD8oL1b44T7R0ORkBCFAHmDpVmPnH8VCJGyVgl0c9ehRP727gGImhGP4GY+QPDwMGgcbrxVQRsbCe1VUlVkMkIvu4TSGqrxwdDIPqelTI9tzLFERERE1IzL+vfvf+GnjaH/wqh7BkgV4NSXi/Htlk+kWsu5j8lB6C3yTotnUfXt5zj81RacrvJC16Cx6DVqJHrKgo14n6LKu/as3ILyrAmoPCJVFeJwzT+i4S/VUJqLHW+tkir2dR27DsNurE9elZvuRrm+vZxxD0BK7hMIa9C9+lTZLhR+ZkDB3pqbXnsN1OL64D7CYwD6uRmQen8OCqp/0pjXXRPx78ThjbvvHq/Arq/3CQ8DvqvLhr4YFNYH3a/yw/UB/ujVRwi8p3c1+frTXl+MBwZchrOnj+PHQxX4/jsTTv1SgULps1bz74/wQdfg+hEhGKAIlb/juzf+gRlv/u54jAqIwOuZd2GAYrCk0zhu2IWCQgN2/CD2A/DEgNABuO7aEAwK8Ufvyo8RMdXeX9DAA6lY81Bw/cBYRwuQ8NdMHG71JqJCxHPLED9SvlLNKFoWhyWfNX5R1ZgkLH8yVDGisbk4EzMWykOvUkzaekQFXAbraTMqKw6jbL8Rp6rKsGO/SfoNgV8QRgWFIGSoFgHd5YnaipK1sUhaZ7mAKKvCxBezEB1U+7oWGFZMwvwtuMB4TEREREQdWXl5efsMsujyEPo9HYPe3aR6M07tXol9xjG44Z7a+2k7W5CtCZ6rheDpcIdZcVqdJoKmaNBjT+DFRwc43Aqr0Mzr1wbZ1ji+LQuT5+1TtEI7YtD0p5A2oT+6SvVmHdzseJBFJObp4jCkbmEJoXOhEDqLW7eNaB5dgrT7AhVzxpq2pSB+qb02UFvB14qyjfOQuLrE5v+pDbKtYd4hhOTF9kOyQ/rFIWNpJDRSFVV6pE9OQaFUJSIiIiKyRQyy7bNX7vm1OJSzFcflA8vYct6Cox+8gG/z3sE56anO6tTmHMxbsQtH5DcYX6Dv3ngdj8zbjO+Py+8vdZA4H61UdJpTFdixakmrQqzou+Wv4cV3D+DURdlY8vH+bvmQT2qMuP9+RQupw4JiMPNuZYgVW3jT7YZYkQUF/8qBXjGwsDsCxk7BpKAL7+Rcx2KE/q3kCw+xgvCHw+tDrMD0TT5DLBERERE5xE2tVidL5dbrfTc0QfVtgWcrPsdPB8ulWiud3I7jO/fjl8v6wUPtBY+ubnX3HFqrfoRp9xYcfOs5HDcernmy5924OsRX+h0rzLvehkU5Y4skFOrbBtW3Mp7YiwqDXqrYd/mAB9GrT32/VMv3b8F8VKq0Ez99a8C7ebvxi+oKdL/KC14eXeHmJv1QdPY0Tv1kwrdfFuCtRR/iw6rz0g/sO3uoDBvXfYZPS03oeqUvvFTu6OruDjf5JZBzv+PsGQtMxjJ8t6MIG99ci3++vAsHpB/bUvr9jzh1VohCXYQXEl6v6/8ug5t7g+sq1a9rRsW+ffjwrTeQvOATbNxjuYCAfB6HvtyJtZvLcM63q7CMvOHp0eBvOX0ax48exDeffYjMjO2oaO5iiszRCh/cGBEMH2mZu3X3R4+yTSiy2TPADlUEklL+gkHyBGwtQ97CVBQck+r2CL9XePRq3D66f32AdvNB8A0DcKygEGUNBmr6ofQYLNbfgMuE79blnvA4f15YB/INRnDOCuuZkzh64Dt8mvsSFr+0Bh/tNSlGSm6VfjH466PaumUFawk2JL+FvU6/+kFEREREHU1CQoKTuhYTUbXw57KRMLI+hVoP5WPe31ahhN8yGRWi5i9HzOD65dR0t2kiIiIionrtt2sxkYsq/Nd6fCPr9+ze7w5M+UtfqUYi1ZiZmCALseK9sTkMsURERETUAgyyRM5kyUPaxn2yrrfuCLhn5kWa19UFqSIw8y8jZPcOW6B/M4P3xhIRERFRizDIEjmZZV0qcvbIhkKqnddVqnZewYhZMAUjZHPRmot1yNjamqG7iIiIiKgzY5AlcjoL8hbrsFM+iHHvCDzzXETrRjHuEMTpgZ5B1DWysZjNRXhjYUGrRqAmIiIios6NQZboYrAUIHVxnmKkYPXIeCx7pnOG2eDJ8zFFPsetOBLzojR2KSYiIiKiVmGQJbpY9uswb4UeitllR03B/Mmdq5Ox5tE0zB8XUD8vrtWIgqXzoNvP4Z2IiIiIqHUYZIkuIsvWFMx8dSfMUh1mA/LfLpEqnYPxgwIYahfAOTOKViQhc4fsHmIiIiIiohbiPLJEbUA9NgkvRQM5s1JQ0BkzXFAUkmdEwvzObKRvZYglIiIiotYT55FlkCUiIiIiIiKXIQZZdi0mIiIiIiIil8IgS0RERERERC6FQZaIiIiIiIhcCoMsERERERERuRQGWSIiIiIiInIpDLJERERERETkUhwKsgEBAdWPrl27Ss8QERERERERXRpskSUiIiIiIiKXwiBLRERERERELoVBloiIiIiIiFwKgywRERERERG5FAZZIiIiIiIicikMskRERERERORSGGSJiIiIiIjIpTDIEhERERERkUthkCUiIiIiIiKXwiBLRERERERELoVBloiIiIiIiFwKgywRERERkTOpIpDwShZSHwqWniBqa8GISdMhLVYLlfRMR3NZ//79/yeV7QoICKj+98iRIzhz5kx1mS4t70c+wMDAy6Safae+XIxvt3wi1YgulXAkrU5AqLdUbUqVHumTU1AoVclZ2nAdaEfjnTv7Qr6HsuzahL98UiXV2jtvPB93D0YoltVhbHh5G96Qai7BWeuh1/X4z8QhdSdCbbcuvZEkrIcbnLoeYrBkfRQcOHwC5XmYMFuH/zV7liTHfR0JxBC7ZArC/d2FihmGNxdj/nslaHZTum0OsmeMcCB0lCEvejZ0Uo1cR8xLuYi6Rqpc1PUohNhF8xE1QNwGrSj7IAXzsgyw1PywQygvL2eLLBEROdm581LBVZ2H1dX/BBHXA9ElIASIBbUhVqRGyE1h0Dhy8YTIWW4ej1urQ6zIHQF3J2H+5I7XO4BBloiInOv4L42u+p466UrXgU+h8hepWOu0BSekosvoAOvB1BHWA3UiwZiYOgdR19QGCMBanod5z+pwuEUt+9Q+qKAZGIHoWcnIWJ6N3EUxuMxVLkhsT8PiNw0wS9XqMDvuGSSN6VidjNm1uKO5ej6uj70RXlKVXYupfWjQ3U7sUvd4Cgp5YG9DbbgOel2PNycOqdsPiUo/WoOnDVLFBTwW/TDu7S9VRFXfYOmqb/FfqeoSnLUeLlnX4rZeDzFIy41CzRmPoFVdi5ti4zvIrsUdSvDkNCSPC4CHVIdZj8yZKSg4JdUvQNt1SaU6tyVBNyO0fh/qhH1CW6/H4MlLMH9coBBjJVbhPecK77lfqrswdi0mIiLn+/UsnHDedkmdOnNWKrkwrgeiNqMaMwfPyEOsGBgWOSfEErVWyepkrCyub5eFewCiZiUgVKq6OgZZIiJyrqrfYFFcsa7CiZ+kooswWX6TSpITVa7VGivieiBqG6oIzJw4AmqpClhg+E9yh2j1IldnQcHCN1Aky7LwC8eUWR0jyjLIEhERERG1UviTEzHCR6oILHvWI20Tm2KpvSjEktcKYZJqIr/RUxAfJFVcGIMsERE52S84oTiHOwvLr1LRRew8rhxlyOqSXVy5HoguuqB4TBxV3xYLawk2LM7DqYsx/gBRaxWnY+U2RZTFrU/EQCPVXBWDLBEROZ/iJO602CPUpVgaTPty1nJaKrkYrgeii0iF6MfChUhQz/SpDrkdabJO6jD0K/JhkG2b7tdEIOY2qeKiOtGoxePROyEe/a6UqoJjH07FgR2HpZoDrl6A62NH1o9ednYvvl3yN5xqcp47H3TpNxbdtWPgO8Afnld4oOvl0o+E/3fmtxM4VXYAph0rUVXRgs9iT7setTgS83RxGCIbQtO4ZSZmrjBKNQc0HEHOWoLcuCTkNHfpU6VBxP0xiBgZiEBfFdw964fGr3baCissqKyohOlQEfJfzYNe+hE5gzNHzA1G/CupiOgtVUVWI/LnzsQqB+5HCp62HKl3yk87zNC/OgMpW5s/81APj8LE8RHQBvjDR+UOdzfpB6JzwjZ0VtgtnBS2oaNl0G9bj5ytLdi2L7q2HDnaG0lx9+CG2vfCYWx4eRvekGqtperqhTsG9cdNIX0RqBa/x3XDqggL/jdYfvkJpSX7sOHrn7HzQhvutKPx7p19pYoQqNpwpF7ncdJ6aGrUYo9uuHfYQGG9XAN/dTe4V18ePwfryRM4vPcbvLG9EoYLmQu2TddD5xy1OPxZHRJurDmqlm2MRuJq4H/dIxH//ATc2kdds5+zGKF/JxMp75VU/54Y4MJi52PKnQFQi4dTYf9nLvsYKxesQpFDIU6NgDsjcO9NtyLYxv7UetqMyvJS6LfqsF7YjzrykvK/o+GyVY+OxmNjboU2yB/q2uO/8Jktx4wwfKRD5jsGh96jkX5xSH85En1rp2SxGLAqZj7ynbfR1Lk4o92qETpuIqL+OAIhfsK6lp0aWatMqCwzoOD9HOTtkt9gaZ/9daCC9u4YRN/V4H3E7ebHfdi5ORe6D1qxDqRzu8ibg6HpLhwT5Mfk5sg/n3BumS2cWzprYhrxezRb+B7ZYn89ypZRL+l7Jzptgam8CHlrdcjf06qtVKHhOZB1fy7i5uS4ZA+CTjZq8fs4vld5v4JPyPgWLQDP4YMU0xic3vOJ/RDrIQTeMStw/d9zMDImBoGhfaH2loVYkfDmXa/wQffrR2Lg4yswcvpCXCGcnHVc+Xh/t3IGQM2QqBZ1awi/KVixDizfFWJNk98+8WCbhuzVGYi/LxTB4kG5YYgVCc+5e6qhGRCMUPFg5zIThXVGJchclocyq1QVuWtwx/Q4BDe32kYmIEERYgHTtlebD7FBUZjzylpkPR+DiKEa+Hk3CLEiN3EbcofKT4OAoeG468a60+FOqAopq9bgTy/XPi4sxGp698fCR/+E/zw5Ho/dPgTBvX2UIVYkBCpVz75C7rkTz8f/Cf8STqZknf1azrBN9vnXuGCIFTl3PdSy/l5z4NMOugH/EZb1Y6NDoPGtDbEiN7hf2QOBN47BgidG48ke0tOt0SHWg4tRRSBpcRwi+slOpoXAEProM0isbr1RIeK5ZUi8WwqxImH/px4QiYQFMQiWnrKpeyiin85A1ttZSJs2EeF29qfVx+OBoYh6MgPZK5IRPbiV50ZCIE8U992zat6rLsSKhM+s8gtA2CPJyFoaj7BWvEXoAzfVh1iBeXceNl+EEHsxqEfHIy07C0mTI6AVz40anBq5e/tBMzQCMc9nIXtRHMK7Sz9oqep1kIXkWBvvI243fbSIiE3G8hcnNr3tNBB8XxKWv15zbhfg18IQ2940XEbyv8VTBb+BEYibn4WMaWEXHLZL3ixEiez8yT1oFB7q57rnvJ0oyAJnvvpaOKzX69JvJNTdpEqzxkMdJN98LKjc9b5Ubqzr7c/i+lv6wkseXJvRpcdQaKcsgrc8qXUw+sJ9ssmZBb1H4OGRUrlZkYgYpFwHpTvypbIt9QdblSvv4Kix/TqkbyqDIsv2E06inmjqMBiKhMnKLmDiRPXpS5tpew+KQZpwcjait40LINQG+iLhoZsR3NPhnbWwM+0GzejxWHq79wUf9Kmx4+ZTuOPmMfjHXddB1dxZhGdf3PHn0XiMK8JFqHD/83EItXkVSI0RY6KgGpeImJG2LxOJXRUfHgvYOy0Oj5uJiTcLgbIlx+TuWkx8fj5iglpwsi2e/AdNROrSOIQ5sO927xdRE8JbdD4fiaih8uVgxBfr9Mre/O2UON/t8lkRCHDwe6kSL1IsTcXElqwDgceoeGS86tg6UAVF45lnwu1uO3Li55//aCj8PKUnXJm4nb7syDJyh+bOBCQ9cIE7U0sOCr+TX7zXYMT9g6Wy63FTq9XJUtkuH5+aodhOnjyJc+fOVZdd0ulynA8Yj+5XSXV4CZvFfvxcdkSqN2HQEwgZ1rM++f9cjNJP/iv2Drbp8gEPolcfqcXgvAXmsr048uXnMG7NxuHtHwvlIhyrPIdzaj+ovDzqv7iX+8LX3xM/Glq5M7zydviF9qmbx+xsxef46WC5VGsHjhyC3+hIXFfX1a0bvLocQN4XR6V6E8Y+gsdv8q+fo+2YHqvSt8Pe/1Q9MB/zx2ogP15aTGXYs6MQH76zBu99/Ck+/Ux47D2C0yYjfvz1crh184KnexUOrP8Iu6X/Q87QH7feF4beXaXqmaMo2lCIQ1K1Naq++Rxnr/8jhvnVt8yprtWix9ebUHxMekImdNZc/EV+IcRahk1pS1Bg43frCeH3n1MwtG57FZwzw2goxuefbsJb72yq2YY+K8YPJ6pw9MhJnHdzg6eHClZTEfK2Xchf6GzOXwdt4yr88aZ+8K3dSZqPoGTvXhTvNODN/xrwiX4fPvn+KM5ZL4dvz6vQTRasuvXuhf5l3+O/HDz0wnj54X5t/b737OVqjB58df0E+6d/RsmuIvxf/tfY+K0Rv3XxwjU9veBWu84uvwrX9vwFX+ytUlxMbn+G4Y9/Dkbd4LPmErz9oTOPBO3zO9h/9J8QJp2veHgMQ8i1ParXtbWiAK+nb8ZvQcPQ/8qaI6nbufPoHyzUxV2p1QT9ukz8Z483hg2u3T480PX3Q8j73PZtFfL3wjkLTMYS6D/fgU/zao/J4r70PDx9e6CHqnaLE7j5IHBANxQJ68PeNqR4bTdP9L1hKDSyfbf1WAm2572N1cJ+u7j0NLx7XQN/6e8SuakDEXjFDnz4tYNb6W1/xuPhvevPSco/xT/X7VZcYHWmYWP/jOC63GxGydsftuo8RfVACpbef1395xY+sXnvp/i/1Rl4+eVV+M/bm7DdcBQnPHogsI8PPGr3qUJ90A39cDRvu91tVrEOunhj0E3B6FG3oxDfZzveyV2N3A+E9fybJ3r07g1v2WruptHgyh1boFeO8aZ0WyIWP6pVXKS0HjVg01tLsPjF15EtfX70vk7YD3VTnANa9+dg8tRk4W98G2/Lv3s/l+E7ww4UVh/PZQ9jd9wwRHbeKXwnktOzlb9j4/F5sQlmO7fzK9ZjlQUet4RhQN122nAZeePqPv5Q1S1Dt+plduB9++e+jjjQbSjGjaj/u1Td3LB3U5FiVGNXkJCQ0MmCrLD7O9PtNvS+9qq64Nj1Cg+YvrIfSGuo4PWHOPj3qG9ePbYtBT9X2P+mXT7gPvi4l6M871/4fkM6jhk+xq8Velgtlfjfb+LjMKyVn6Nq59uoPBWGnkG+dV+2Lj6+OP3NBpxuMH2eQ9p7kBXWQclVw3DP9T3q/t5uvj44+e6nOCDV7Ymc+DjCetXv8cxf6/C63QCsQcy0vyBYtnMo2/gPxL+wBv8t3o2SwyaYKqVH6V7od+lR9NmH2Jy3HuvXte7g4DwqYf8/CF08e6FLtwt8XH4W/zvbmg3J2S7GCZwVJcVVuO72kehd11inQuCQq3HggyLlTn5kAuZOHCQ78FlgyJ6NjC+aOeUY+wSm3yY7iJn1yJw+G5kfFUH/XVn9NlRpRMk3euiLC1GwZRPefeftdhZiRS4cZMPU+PXrYrz5zud48asf8HH5Cew89htMZ36veZy0oLj8EDYUH8J1IUG4um576IqeXX/Cuv0Xfl9Rp9YgyHqpr6rbf5u/3YrUt79Bzg8WlIrr4tdfsbO0DB9VdMEfBvqhm3SwdVNfCd+SA/i8XY/VxCDroRaCi1gQ9nWvJ76MgsNlKFINx/2DpWP2lb3Ru3pHKux/1z2F5HVlMH73GwaMvQUa6XvX7fdjePsj28ut/+hxGNHtED79v9eRkpKJ3C2fomiX/Jgs7kuLULDpXexW3Yhbg3zqtjU34bN5lWxCUaX0RAOKECX8Fd3q9gNmGN5aiGcXr0GhtN827tfj0w8+xsnrbkVo79pmPTf4dFc7HBK090/EH/vVH1VMxcvx7lcX71KNU4KsKhrJz94O/9qFKo4RsWImZq8sRElFlbBWRVZUCcFub9GHeHf3b0J4HQb/2mXZTQONeju27LT9dyovJnjAo/Z9rEYULJuNf7zxKfaWSut5ZyE2f3gMA8aMlO2zveGJ7dhs5/XFc7u4p6dAK7tAYd61CjOfW4WiUjNqznZqPr9+ax4MqpHKbai7P3rY2oasVThWdzyXPfxuwZ9GyS5WHN+DV978EJU/2vhd2cNeiBUp1mNXb/jU/u2ny5D/wiwkry2ULaNPsWmPN2657Tp41/4RVwjfg8p3UfiDVG+Ng94YGiWs19qArHLD6U2bob9YV2EuEjHIdqquxaLzxZ+jUj4ISI9h8L1aKtvTZQJ8A2uPPILzh3F8d9MDM535aAq+fv1vOHagWHrGvnP657B/n/xD9cKVgVKxA7Ks3YlS+Z+rCsGocVLZrijcGCTvc23EF+t3SWVbRiFQ3oe0yoD81SUu0eUHuBE9Yxbihr864XFvtPSaHZSlACnZRVDcee0XjicTw6WKqHGXYnOxDks2Nh9utIP8FVd9jdvTsZWte23sMOYt24S/fnIYHzc31uD5Krzw3i7F7QvuvXrgVqlMznQWlUWb8NQW24M5mQ9/g/cU41L4QKvo2kDtlwWGd2X7OpNFWNtK1vJ8ZK6r3YcWwST/0nVV2R37Qv/KTDw0dQ4yN+oV31NbSlbPQ95++Zm1HzSh9rst22Q1ofDVGUi2OZiTGfnpQtiR/6C7FpEOjeKqwqh+iqMKSr9pT4P72RY67W6E1KUyK4wfLEbqFuXYJQr785CcrVcsO80ND2N4S1aCtQx5c2cic5uNNS4cw7OLlOfT/gE3SiUb+kVhRB+pLLIYsGFpvvIcQKZkdXKjbSjgBvlRvZ2wlCB3wWyssjWY0/5V2KzoCix8v0K1LfseNFKAMkWY90fg3S38brUTnS7I4rwOxw8oUhT8h4+XynYMGwn/ui++EDz3f47jvzUTic7b2BjtsuDUQeUXWdXzdqnUEeVi23fyExx3hNwyUREYGnkgDCFXSGVRhQFbDjW1DrzgIb/dwFNYz+1w30VO8NkSLPngsHQluYZ61GPSoCRil+IpCPevKVczFeLVhQU2TmoaUwsnZPIdu5e6JUNRkLM0nIKlSceP4KD8Yr63DzrwdcFLxrzrI8zeXtXk92jD7lLFz1V9/aGVytSOVfwXqzZamrjwa8bOtTrYjW0qH9QNytqAxdKyc6Oc/UbF5/Dzl1+kbI7Y2jgb6U0N5mfJQ0GrQkIY/OW3x1orUfqFVG63GtzTa9mHzVkOXOD/TIcieRN190DcOsTRyCOug3nQNTGjgHFHuaJLq3s3H/vng0P86ntMCKxleuQ1uUkJ29B3ym3Ip2eoVGonxKD/QpKwrUt1G/L3GhXnOCqVctDKlrOgpFJxyRc+GtfcO3e+ICs4tXMv5K3+nkG3wP794n3hq71WtqDO4sjOCx/wvLPL32wQdm/13AMG494mgmZ0aGB91w7h61yyfQ2MTe599TAq9ozBuOv5idAyzHZIJVnLkV+uiLIIm5SEiJsTMGW0bIcvHjCWpjs8tVLhQaOiJUI9cgpmj5UfRok6H+vh7Vj4SRWa7Zzw488wyr9Avj0xQipSe2WBYVOW/ZAqsO4vQGbznc0usZrWRkemVWu4n/fr5UizrwY+8g4GlhOoaO99vsbdiBDZOZDluwI0NVxmPSMMRvly9INmiFRskoPrYPcJxQUvqP1hN2r2FMe2qXf2dBOtybUONXj9dsUiBf1mtp0GvSJUPpoLbj4t+km57HzUAS7ZJNspgyzKc3H0Z6ks8hqInoOkckPdouHbTyqLTu3FiVKpTK1XvAWGBkFz1CN2OiOpJmJEgGzXZS3FnvebulosMiB/t/K2dXFEvOTXs5D6ZBTC+rTnRPsJKv8ViR3/dMLjrVXSa3Z0JdDNXQdFD311KOIT5F2KrSjbsrLJK8ONfFCEfYrOA34Im7oK2UuTECPOnyg9TdSZnP35hPCNc8QvqJS3jndRKU/+qf2pKkHBh00fXY37c9pxMKh1FqYDjm2l2G/CCfmf7O2DZsdwvVnZMgizCTukYnulHeCvCIGmym1SqXmFlcrzKZ/eo6RSU1qwDhx16qyiZdLDs/kLy6oBfk33+LukTDA6cLHloihVBnx3L9e8SN85gyyKYS6RX4nwgN/1MVJZyS1sCORTZ1XtzlW05jbL41p4DnoGVz+yGoOf3oAbkvIx6h82HvdcK/2HzsKA9buU13w1g++yeV+Navz1CJTn2JIi5DjwvS95LR15ilY6gacawWNikLgsG2uzMpA8KxoRAxhHOgRLLlJX7lS09NeN8CCw7MlB8hstPKha8pCma/CaAlW/UERNS0PW29lYvigJcePCoGFr/0Wn8e2BqbffgH899ie8/dSDePdvD9t43IMRDEvtxG84odhXe0Alv0WEOq/uAYh4IAHJS5cj+z9rkZuba/sxLuDiNxI1bBHspmr+IqW7hyIUuoIAtTKoBIxbb3uZ23oI60HOvcsl+uvFiw5SUeQeIByLmzz2ajBhkL9sG7LCeLBQKlNH0EmDrLApb9+GY7L7rtwCh8Kr0dIYCd+BvaSy6EdUbv9KKjfHB55jVmBI4isYEn07+gb2Eg7gHnDrtEu8MeNbOxSTMqPPTTbmlFXh3iGBsgOGBfu225+/V6kEuqfnQVdsUlzBq+Wu1kA7eiLiF2UhN3s5UqdGMIy4OMvWDOQU2xhQwqyHbnEeTrWi55dlaypmLM5Hqa1BFN1U8BsQisjJichYvRZZSxMRPZwXRpxN5X01Fj7+oBBg70Tk8OuEQNtNOI+UXaUgIhehRuTTGchenob4h8Kh7ecHlaerRULX5OPVAZbz7vXYWSGVRSot7p0VqWwdlwmePBOR18j+brFH3wdSmTqEzhurftPBJJ+VxmMgeo3sK1Uk3ceiR4/66zjnDxXD3NwgT9UGwvvPb2DwLX3hyeBqnyUHRYokq0bIrQ3ujFBNwPAg2UhbxwzIa6bbk1IJ8hZOR+y8VSjYa4LF3uxRKj8Ej41HxuvLkXQfB/RxaZc7/2Bt2bEKiZNjkf6eHkYbObmamzvU/cIw8fksZC+KQxgvijiFqvf1+NfjtyFYzeBK5NqCEbNwOeJu1oizfRC1ghFrhOOw/DCsHh6H5a8ky273UUEzMAJxL2Rh/jh5Qwhg2rHeoR595Do6ccyyoOrrvZDnGp+Q8YoF4hk2DPU91M6i8itdM/PN1nD/wzMIFsKX/LXOHNmNkjUvoHiRjfsYxcemg9Jvdi552/cpuvSoh0YhUiqLVA9qESDrV2QuKcCu1rSq7clH5vPTMenBWMx+LQeFu40w2wq1nn4IfXQ+0h5tcFGjTd0O/7/a6H7emscjcdJrdg7Bk5MxZbiNBKkOxcS/RkA+gVPLmVH4ZgpmxkZj0owl0G3Ro8xk+4ioGhCJxKWJaMn4mmRDF3/84/4h8JHvTM9XofTLrXh15dv4y8tr8KdGj02wOwUhXWLnYP1dKlKnEzorAVHXyS5MC6xHxanxlmD21GhER9t4bCxr+yGUzivvw+wwGnz3yjZOsL3MHXhMWnjpuudadhQ16iHl3ltbc7tPdVfobGS8EI/IgWpFiLUeyEN6uqNDPZKr6Nzthd9+ggrZQC5d+o2Eunb2doyHOkh2Qnz2II5/68hlnPHoMbyXYsGe+jIdX2c9B/OBz8X9I8ltyYPhmFQWqQIxaqxUhgYPD5ffH2PCznX6CzyomVH2US7SF8xE7IOTMPPVPOgPNVyv7gi4M1YRqMkFBMVh+h+VV1/lxBGHkyc7p7XdUlGEvBUpmD19EqKnpkC3taTxBOjdwzBhqr3ZFMkRmmEhCJZN4Y0zh7Fh5SY8va0SH588p7yvjdohb2h8paLofBUq5QMtUicSiajhyilDzMWZiHsqGas2FqFMfh7Q1sZo4Ce7YI6fHRi46atK5dylaj84MvzRpVSqvGEd7l1csduQChGzYhDaonEQrDBtX4Vpz+pQ0uZXRdoxP5VsNhDhvOaEEe194G1bOneQxfsw75d/sXuhZ9jQmmLgzfCXNd+c3vNJ81MNiK4eCV95s8+p3Sjd8qFUocb0WPOVfNAnFUL+EF1T7HcXtPKJryt2Iu+QVHYKC4xbdUiZNQmxKxoM6KMKwahxUpnaP1UEkp6NRF/ZXtmyR4fkD+Rzr7kjYNwzdfPLOs0xPfJenYPYJ5IbTAEkBLEhUTYHMCPH3BFwtVSqYfziC7zB9Oo6uvaE5kqpLDr+E3ZKRXIu9QAttEOD2+84D7cNR6D8s1kMWL+wwLHzqotME6RRjGpr+lHf/Am95QQsijuj/BHczucuKTyiHHnYf0Bdq4HruC0BMbJeV6atS5D5Xk3vKKt8fZyzwmo2wrAtB+lTH8L0l/IbDdrY2Wm6+ygu/Ft+dvII022kkwdZIaAWfQ15DwV18B+rBzr1HDwQ9Q0BJ3C0aKNUbkYvX2X3RdMBnHbkEsdlyu42nYlxs0ExZ517wAiIUVZzd6gsBIhzx65tcm67C2HekooNe+R7QXd49ZSKbe5L/KR7Dl/9ywmPDbnSa3ZkKkQlTkKofIylqprBnQxZmbbnl70YJ3vCidmqjP8qJnaHygfKsR4doYL2/kRkZK3F2v9kIWNuHMLlQ6d3Gt7ooxjBowqVR+zd5N5A+z6frKMaHI3EpVnCel6LrGXJiBvdsQYKGzHyOvhLZVHlgcMwSGVykqAoJL0ibD+LkpE8NxUZq7ORFhumCGbtQqCP8jP9VObQHKaqiz46bigeDvWT7TLMKN1mcOCsbQeMit4FftDcKhXbq28qFMcn8VxrYrvbUJoWNUZbvx2dNiD/1SIUvFnTO+qhh2Tdnx98CA/FzkTy0lwUXkhrf9kJWOQbQ1dVh7k4Paq//ABrRaXxYp1hX1ydPsji2Pswyb/ZfgNxVbf74XOdrD/bz9/BfMzB9vbfobyPtqtXMwtZBbchL2HwXZfynsxL7NAa7NgvCxvugdCO02LCUFk3JHGkuY0XtynGYm3Q7/uS3ctlwfmq3ThndsLjlAOThbu44Mnz8bBWfvnIDP2bGSio3lxKoHs9H6UN5pedsiAGF2VIr2NnFZOWt+ZeK82j85H0SBg0ane4e6qhGRqJhMUXKXy3a+dhVexMPeAh72Zsi4cPnp14J0bIWwHbq34xmP/8RIT1Uwvr2R3qPlpEznoJSWM6yIpW9cXEobITpfNHoN/5m1Qh5whFQkIMQnvLwp6bCgF3JyDpgQsbEcDpGh5Pmw0EKmgfScXyuzUX9bpU8OSHMUJ+obDiC6wplspNMsJglJ+TiAMMtfOIs7sAJYokG4wo8VjoIhf+gDAEa2TbutWq7N59MRyqxAn5Qby3FuOvc5kF1oRwhPSSXyQyouwTl+xZzCArfLNx4uvDsvDZC773jEYP2Vx3x/Q6x09Gf/wRv0rFan1Gw7+PnQOKejy6/1mH0HsHQdWp14QFOZ/KB31yR0hEHLSym1bEuWPXKC6LNSMoFGF9HD8hVA2OQ+Rg+e+bYPxGKlL7NTIBCeMCFPd5mItzkLFV1mFtvw7J7+xTfIfdr4lCwrTmoqwG2lG1oyA6Qi0EkZsUJ2dWUymKpLKjIoYFNL7PVxysalqDEb07vFMwKa6kd0PIjf3tXIBww63XD8drU+5CWC8X6d0SoUVA4xWN0IfiEerq50kePnj+z6MRKLvwYN65CyvOSBVyjtsiMVze5F3HHcFh0coW0EvtYKWya2fvMMTYuWijGhyJ+EXLkXx/8EX9G4LvS8YzilFtzSjKzXK451fhnlLFccVv8Ph23lpnwMqtJYqLreKxMGlhS3r9qKFuLz2EvANx60W/8LcDZSb5uacfbn1qejOzErSjZWTPyDAEyu8zrtgnXfx3PQyygvPFn6NS9s3uPmggPKUyzh+EqfiwVHGAaQtMiu4mKvR77A0Ejo3HFf5D4aa+BVcMfQZXP56DG56Mx4AgVctXgse1wuuIr2XjcWVXxdXLy7r62/499bXSb7QTW3agVPYlcu+nkQUIce7YvJZdKrplIhKXZSN3rdhlLw3Js+IQFxuNiKHifUS1jwhEx8YjaVEWsuZHKk4qrfs/xsrdUoXaJ/G+2GnhwmFFxlyEN2zcd2VZl4qVu5R7ab87n2mm9SugbhTEtauXI+OFJMTHxiFmXJhsG9IibFwM4mYlI2N1FuIUc8iaUPSO87p2qwdFIEwqdxbrSg4qL0D0vRn/nHQDZgX5QOvdDdo+/njy9pvx2hPRmDU2BP7Ntdi6gu4hiLipfSdZlfY2vHZ3CB67xksxGJfmSh9MGH0j/hN/F0bIvwrmb/DW5xxK2ukadteV89WgXV362r4V+xQXplQInSbsV5+LQ9TN4r40DFGPJiB5WRay58chYsCFBhTh9SdlCMf+GOH1ZfcOqzQIvjMaCYuykfqoVnaeUXMRdPlnLTjR2GhAaYPWuqh+UrlVxFbd+mNLw4dKceHLHSobvyM+gpu4iG9Zp8PmMmXvM3GU/YTl2Vi+SDjGPRqFMNlrVR/fxPOkF9Kqb3fJFYL+81GX6u6NIuz5QX4cVyP0yWzhHC8VSU+K53jyh/x8ryUXpBsyYvPXZcrjUJ8IJL6ehdTqbUt6j5ujEBMrbL9LlyP77Zpl1J6F3hqiWCbGPVsu2q17F9tl/fv3b/ZbGxBQc5fXkSNHcOZMR7ykqoLXAzm4PqTxlfxz+9biK+GL3xJdhryCYfde27hVxa6zOP75XvzvlqGovYhz6svF+HbLJ1KtgdBXMOqeCw2iB7H3n08p7g++1EKfzkLSzTZ2N8eKkDJ1CVo0aPrkNOSOa/ndidWE98v82xIUtIdRKDqMcCStTqgfabBKj/THU1DYkosTChrELEpD1AD5t8yEwoXxSC+286JC8J2TEY8RittCypA3dzZ0+6W6QoPP3CJWlG2ch9mrWz54gkbYdtOEbbfx/kP4rNHCZ5VqLefsddAWvPHs4/cgrCVnIScPoqjCH2EhtT1hDmPDy9vwhlRrN/rFIG1xlI1W2ZppMWavbkcrptf1+M/EIfZDU1OOf4MVOd8iX3nu3E4J6yRXWCdSDeV5mDBbh/85bVXY+A5OFr6DUrXFhiYg8x/h8LeVKoTPPulpnaynk33hz+qQcKP0fbG1X7htDrJnjKhb/2Ubo4XtU6pIYl7KRdQ1UsXOvkXzaBqW3KfsQdM0cbTZfTgrhIXalk5LcTpiFhbavK6t+DtayFy8Ck8vbPmAQJFzsxE3tP6bYd6egriXWju7Qjjm/DsBI66Sqq0kLqMmp8cRjoUJaVMQ7uf4WaqcuP4ThfXf/DqwQL9sElI+k6p2NfjeNfW9CBJ+d4Ht/WZzrFUmlH6VhzVv5MPQotbHYGH7ni9s346/qa3vSC3Fd8XR4/ptScJ3MLR+H3xB+6ZIJGfHQVv3YsJniEmE7lTrttpLqby8nC2yNSw4VbwXDWfPEJ+vKM6Wyo47/82zMBQcxhkHJp09bz6MA28+hu+3fo2znbzblX7dFzavCIlzx7bJzF/nLDAW5yB5FkNsexc8OQGRihArxNiP0pFhL8SKLAXIyGkwOrV7ACKfcPL9suYy5C+d1qoQKzKuXtlo9OPOqwqL/u8jfHPcgUGezv8Gs+EzzM36Eh+YXeBezEM6rNyivNLfbv16AkabE283QVgflbu2Ym62q4RYF7R7PXYcsLVwzSjKy3YoxLYl45vzkPHRYce2+SojClZMw/SXDDh1Mbef0ybo30rGjFaEWFF+vkFxn6Z65ATc79XO7w0QjoXp0+dB96URlhZ+ratdyu/zfh3mLS2AsRU7TndvPwSPiUPy6xmIH9WSy3Il0M1NR/737e0b1TqayREIkf351v1fILclt+61Mwyytcq3oLLhXuzUAZjLpXKLWGDdPhVfv5SOEv1hVP16VjEA1LnfLDDvL0bJmrko/tdUHCsXd4OVONM4SXcuh9ZA32h5G/HF+l1SuQXyXkXm2nwU7i6DURyW/bQVVhs7bPF5c0UJ9O9lVo96N3Nhbguv1FFbU41JwjMNWiyt5XlIf62k2avglq2peHWbcgoC8R6hZ56LsNHapIfuNR3ytupRcsAIs7gNCY9GxGH+q0ww7i6AbvFMTIqdjVXbWnNKVEs4aGbko6zhW1UJYUIqdiqWnzHvjVy8sHEXSn+qglU+aIw4mNbxIzB8uRWvLn8Xkz8SysLO1nDSNXamJauFk6NGFy0sOPGDVGwvqo7guX+/jb+8+j7e2LILhoNHhO/Db7CebbBTPfsbLD/9gJ2ffIQXMt/FtE8qq9cHXSxG6P6ZipxiWSCpvpD2NJa0pItsm7Gg6LUExM7IRP7umn2qwmkLTAf0yF+dgtjJM5G5RdyPmmBp7dfZ7nFf9j5/mY6UdwytD/3Fa1Ao76rrHow7pgyXKu1ZCfIWCcer6bOrp68pqTDbPr6Jy9BsRNnuQuSvFc6TpkZj9luXcFAgVRhiHrkV8jGfxEGfqs/xGj7shXRPDSJmJSG6JVnWUoRVz01C7NIc4bzSxrYrsJ42w7i3Zrt6wU5r7KUXjphb5edPNbdAuWBjbB12LaZ2RIO4ZRmIlM0dK84FGp+c59JfMhK5YrfWS0mD+FcyENFbqopa0FXQNq6D9kgj3id4p/xOb9ft5uX6XKxrMSm0rlurEzToeg2rEflzZ2KVzVtWqPUad/G17M/FkhdymmiAEO87DkPEAxMQOdRPcQHctC0Z05d2rgnBgoXjTarseGPdn4PYv+dewHnFpcWuxdS+3BaDW2UhVrxSpN/IEEudUQB8GlwtLtuz3mUPNmRfgLrBii43uHQ3L6JO57MMrN8j2zu7a3BHbAz6tvMexi5n7MOIkN+naipE+t+bCrEiC4x7C6BbMBs58nUk8NN0spkAguIQ/wf5tJZlyF/uuiG2FoMstROhSHhIdiO7wLInHysdms+NqCNRI/L5x+pbbURVemxYzRjb0ajHJuGxkYq9HvR5Ol68I3IpFuQt3oB98h7GAyIx87GLMlt5pxV1c4jiHNG0e30Lxk8R1lG56dJ1ib7kghE3/Q5Zl2wrjB+thO6QVHVhDLLUDqgQ8dyTCJf3rrOWoeDf77v8lSIiR6kHaBHxaBIyshpO42OG/s10dj/sKLoHQHtnDJKWZiFramiD6T90SG+LrpBE5FyWXKS+9Y3snMUdAeMSEB8kVemC+XjJOwYDZ63yYbaaF9nXTzFtkOWnUqnU0Ynn2M8gsl/98rOW5yMzq3UDUrY3DLJ0iakR+XQapoyUn85ZUbZlJbJ/YLMEdQKT07A+NxdZi5IRf18oNPKvwjkhxK54GilbeUnH9Yn3X+Yid0UakqdFIbSfck4hcfqP2QsLePGOyEVZNqZBVywf6M8PEc8mIaJ1MwJRAydOKQdY0twwBWEN7sywJ/i+eZggmyZJvEBsKOgcl4eDJycrz7HFLsUZOnSMGMsgS21JnIi8boLqMERNTULG6izE3ay8Ad9cvBLzVjc/Ai1RR2ap0CNnwQykVI/cSR2WxVg3/UfL2heIqH2xoGDhYuTJRzFWhyL+5UREOBi4yL687fuUF/r8wpH4ehZSZ8Ug6mYtArpLz1cTB3nSIuKBBKQuz0bqo0MUvV+s+z9AZie4dU2c5SFxXKDsHFu8OD6vQ3QprsVRi6nt3JYE3YxQNHVx0rxHh8Xz8jrMlSKq1WC0zqZ0tpE8xRbZcQG4TJzG52QlSr/Xo+DN9SiocHbbHNfBpVU/Iq44TUNleSn0W3VYv9XIVtg2FYMl66MQ6MhAPK0atZjfs0vlko1a3JAqAknL4hEqbwQTtqV5wrZUwiv0F0DsIrsM8YoefC1nPZCPlAWrOv5Ui7fNRtaTN0HtJtXFVug3FyP5vY5zhs1Ri6n9OGdByTvJmMEQS53N6tmYEB2N6AcfwkOxMzFnoe4ihFi69HSYLa5n4fHQX2Ix8/kU6BhiiToeSwFSZmRiZ10XCyFAbFrPEHvBxBbvp5G+pQxme3PENkXq/RL7bCcIsaKvtuCLw7Xdsa0o29ixQmwtBlm6dKxWWExl0L+XiZmTJ2HOWxcwKTkRERFReyCE2VQhMOmPmaF/dSbHOXAaMwpXzEbsg7FIWZ0P/V4jTFVW8XSyMeFJq9mIst2FyBHWwaRJwnp4pxOdZ1oMWDU3HQU/mFGybh5mr+6YzUTsWkxEREREREQug12LiYiIiIiIyOUwyBIREREREZFLYZAlIiIiIiIil8IgS0RERERERC6FQZaIiIiIiIhcCoMsERERERERuRQGWSIiIiIiInIpDLJERERERETkUhhkiYiIiIiIyKUwyBIREREREZFLYZAlIiIiIiIil8IgS0RERERERC6FQZaIiIiIiIhcCoMsERERERERuRQGWSIiIiIiInIpDLJERERERETkUhhkiYiIiIiIyKUwyBIREREREZFLYZClSyAGS9bnIjdXerwUIz1PRERERETUPAZZIiIiIiIicikMskRERERERORSGGSJiIiIiIjIpTDIEhERERERkUthkCUiIiIiIiKXwiBLRERERERELoVBloiIiIiIiFwKgywRERERERG5lMv69+//P6lsV0BAQPW/R44cwZkzZ6rLricS83RxGOIlVQXGLTMxc4VRqjngtiToZoSi7iWsJciNnYMci1S3R6VBxP0xiBgZiEBfFdw93aUfSE5bYYUFlRWVMB0qQv6redBLP2ov1MOjMHF8BLQB/vBRucPdTfqB6Jzw+c8CZ08Kn/9oGfTb1iNna1PLNQZL1kch8DKpWp6H6Kd1NWWVFpGPReOu0BBo1PXLyVplQulXeVjzRj4MzS1vW7qHIuqhKEQIr+t/pfLzW0+bUbnfgP8Kn3uz8LntvvzNich6OgxqqWopTsekhYVSrYUmpyF3XM33SlS2cQJmr272q0hERERE1OmVl5d3phbZfLy/+4RUrqEZEgWNVHZE+E3B9SFWYPmusJkQq0JYbBqyV2cg/r5QBPdRNw6xIuE5d081NAOCETrmVmilp9uFoCjMeWUtsp4XgvhQDfy8G4RYkZv4+d2h8tMgYGg47roxALUZtSXUYxOx/PVkxI3RKkKsyN3bD8Fj4pD8urAsR8nXQjOEYBz93HKsXZGEGOl1G37+6mUvfO6JT2Yg65UkRA9WST9pYLsJ8i1I1TNQKrVcWE8fqSSy4MQPUpGIiIiIiJrVqboW6wv3wSyVq/UegYdHSuVmRSJikDzgWFC6I18q26JCxHPLkHh3AFQNg5+rCIpB2oIYjOhtI3w70+9A8EOpWDY1DH6e0nP2eGoQMWsOou1kTYXukUhamoyJI/3g6F/g3jsUE+cK622MrbBcihNVUlF0hU+rLzr4qZTb0omDUpGIiIiIiJrlplark6WyXT4+Na1HJ0+exLlz56rLLunIIfiNjsR13lId3eDV5QDyvjgq1Zsw9hE8fpM/PKQqjumxKn077P1P1QPzMX+sBvIMazGVYc+OQnz4zhq89/Gn+PQz4bH3CE6bjPjx18vh1s0Lnu5VOLDuQ+yW/s+lE4qEf07B0LplJThnhtFQjM8/3YS33tlU8/k/K8YPQro7euQkzru5wdNDBaupCHnbDkn/yZZh+OODwfCRmm0tpzxw080DUPdWp80o2fEO3n4jF5u++gGnVVfjml6q+mXp1gN9/Q/g/abWmyoCSS8/gVBfqS6xHNKjMP9dZFd/fvGzn4enbw/0UNWtWaBLN2iGD4PnN8J6OCY9V+0Ygv/wJ1x3lVQ9dwzfbShEmVRtibDxDyO4to+y1Yiif2/FXqlKRERERET2JSQkdKZ7ZGuoHkpF1gPB9S10FgNWTUpGU22rosh/6BA3rL6Vzrw9BbEv2buTVYO4ZRmI7CNVYUXZxnlIXF0Cl7kLcmwydFO19V2pzXpkzkhBQWvuT22kwT2yMtYD+UhZsKrRfbDBsRlIvltTfyGhSo/0x1NQaGeBhj+ThYRRtUlRIITFglfmIXObok2+jnrsbLw4+Sb4yZpureV5mP20DvK7faPmr0XM4NpfKkNe9GxId/e2QBgSsxIRVvvxzEVYErcERbxFloiIiIioWZ3sHtkalrU7UWqVKiJVCEaNk8p2ReHGIHlXUyO+WL9LKtsyCoF+UlFUZUC+K4VYgXaQP+SdX43b050UYu2z7M/FvGcbh1hRSdZm7DslVUTeGowYYudO3H5xmCAPsTBDv2KO3RArMm9Jw+wVesjfwv2aWxt1PS8zy++S9YHfzVJRRpuQidzc3OrH2vlRuKzRx/SDqqtUFP1swg6pSEREREREzeuE0+/kovA7eVJyR8gtExWhrZEHwhByhVQWVRiw5VBTsdQLHvKbMj1V8Hfkns52RN1VpRiwyUsdLJUuDrH1M+XvOSiR6o3lY0/FWaksUkHVXSo2oI0eoRjEy7JnA9K3Np/CLVvTsaVE/h5qhNwaKpVrGH6Wv47wGXzRYGArLSKC6q9iuF8bivGNhr7ygZfsXmDLiVK41FUOIiIiIqJLrFPOI5ufb1AM+uQeMBj3NhE0o0MD67u0woqS7WtgbDJ46GE0SUWRezDuen4itC4UZgsPGqGIdCOnIHGsvJXTiar0WDlX10SIrWH6RRlkffpLRQUNwq+VN4ebYdiYZ39KHQULcrbvE9ZwPXVAmHJk60MnZK/lDq+eUrFWv3AE+cmCq2cIQu+RyrVu9hOibD1TZaFUIiIiIiIiR3TKIIvizTA0CJqjHrEzEY9qIkYEyG+cLMWe9y3NNKAZkL9b/gbCywRFI/n1LKQ+GYWwPi6QaD8oUnbldfdD2NQsZC9NQsydAXVzqTrFcaMTuy1HILC3VBSdPoySYqnsiI3lintiofaDok32MyPka9bPP1wq1dDcrYU8x4phN2TkeKks8VXJegDUTL3DBlkiIiIiIsd1ziArBM31uxRxBZrBd9mcU1Y1/noEynNsSVEzc8fWKHktHXnl8rY9gacawWNikLgsG2uzMpA8KxoRAy5SK+eFsuQhTbdTOV2RQNUvFFHT0pD1djaWL0pC3LgwaNpTLh/qo+wm/pMQkqWiYxpMsePppWg9Fe+Plv9c5RMo61usQsR1fo06Eovdi6OkcrWeXrLpgIQge0AqEhERERGRQzppkBXiyFs7UCLPmX1usjGnrAr3DglUhI5929+Xys0pge7pedAVmxRdVWu5qzXQjp6I+EVZyM1ejtSpEe0rEAosW1MxY3E+SuXBrpabCn4DQhE5OREZq9cia2kiooe3g1Culrd2Cs5bZV2BnaEIlfJ0r1LVXwBRTYD2GqlstcByWiqL3YtlA4qF+8u6PltPoLKpmYqIiIiIiKiRThtkYclBkSLJ1gzso2hNE4LJ8CDZ/KLHDMj7sCWdQEuQt3A6YuetQsFeEyz2puBV+SF4bDwyXl+OpPsu7qBKLWXZsQqJk2OR/p4eRnuD/rq5Q90vDBOfz0L2ojiEtbNA7lwWmKpk243KB7XZVTU+qD7UVhSgoEIqV3cvrm+T9fGUbVOWE6j7NSIiIiIickjnDbKCvO37FK116qFRuEs2V4rqQS0CZMnWXFKAXa24mdGyJx+Zz0/HpAdjMfu1HBTuNsJsK9R6+iH00flIe9TO/bqXjBmFb6ZgZmw0Js1YAt0WPcpMtts5VQMikbg0EeEN+9deKl3clS20TqCYgsfbB4HS5Y+7ZK33ZXvWo+DgYamm7F7s4yXrq/6zCUVSkYiIiIiIHNOpgyy25MFwTCqLVIEY9UepDA0eHh4ga6E1Yec6/QUOymNG2Ue5SF8wE7EPTsLMV/OgP9QwELoj4M44REq19sZSUYS8FSmYPX0SoqemQLe1BObaLrS1uodhwpS+UqWNNRiMCWp/hElFh6iC4ectlUXmykajKTecgsdniPhvNEIDaltajdhXYIFx8576gaM8QxD2gFgIh8a3+plq1VPvEBERERFRi3TuIAs91nwlH/RJhZA/3F9T7HcXtH1qitUqdiLPqfcyCkFnqw4psyYhdkWDQZVUIRglu6eyZdQIGKqFdqDG6S2RjRzTI+/VOYh9Ihn5DQa20gwZb3PwrItPORgTvDXQDpXKjrg7AP5SUWQ1lTZuMVVMwSPNZztOi8DaHHu0BJvFbeXQZhhk3YsDQ6OFf33gLmuQ5dQ7REREREQt18mDrBB7NhsU0624B4yAGDc0d4fKgpg4d+xaxe85k3lLKjbskQdBG/OTOiD4viQs/08W0uYmI/mFDGSvTkPcqDa4YdViwKqM/ypbQlU+CJCKbasA+36UL0s/hEYqp8ixT4OYUfLBvawo3b1ZKssoWn1r5rONlM01bNrzvrStGLH5O1NdK757Xy2ihCDr5Sk9IcRhceodIiIiIiJqmU4fZHFoDXbslwUf90Box2kxYah8ZNlS7Nlo+55QZ7FYz0olye/Sv44amYCER0PhVxeSBN4BiJyVhOi2GHzp2Fko/oLzZ22O1twWcotLFe+tGjkR8UFSpQnBkxNwV133YIFlHwrX2lrvylZfn56TEBpQu5BNMOTXX/IwfmCAqTbJiqMXT/WTTefDqXeIiIiIiFqDQVYIEzmfygd9ckdIRBy0fvV3x4pzx66xtODu2KBQhPVxPD2qBschcrD8900wfiMVHRQ+Zjhk0bueezBuerClSVYD7agAOD6ZjloIzDcpuhLb7JLbVt5ZjyJF87AfIuamIU6xjOVU0N6fjGfGBdS1qoqtsWWfrEK+VFMqwQlZvlX1C0Nw7X21phIUHpJtK4fysOdoXZssQuTTOXHqHSIiIiKiVrmsf//+zSa0gICaTqJHjhzBmTNnqssdSySSs4XwajPnWGBYMQnzt8DxgZ4mpyFXCEWwWmE2GXG4bB+MVSdQ9tV+WZdUPwTdEIyQoBHQDlDLurMK/21/DmL/nisL182LSVuPKPkQyzKW4nRMWlgo1RwRjqTVCQgVwpm1yoTKCiNKyiphqdwD/eH6T6XqG4rB1wVAO0QLjXyAJOGvLFwYj/Rie0ssBkvWRyGw9uOW5yH6aZ1UsS/8WR0SbvSSakDZxgmYvdr2e6jGJGHZk6GNwrj5kB47txehcL+4JlQIGBKGsHAhiHaXrwHh7xY+0zzhMzUc6KlW9ItrMTFI+X9Epm3JiF9qUGwrmmmZyLhTfuetxFyEJbFLOGoxEREREVELlJeXM8jWCn06C0k322iDPFaElKlLoJeqDqkNsq0hvF/mrCUoaEmKFWgTMpEcbiMsCco2ThICX0tesD7ItpxVeL95SFxd0kTwv/hBVhT8UCqSHghu8aBX1kMFSH8+E0VNLLKwZ7KQOKrh9iIE+AXTkb5bqtbqF4/lSyMat5gfEP5u4W8iIiIiIiLHiUGWXYsl+nVf2BzMSZw7tkUhtrXOWWAszkFyK0KsyPDODpTZuinVXIQNLQqxF8Bchvyl04Rw2VSIbTsla+dg+uJ8lMlHMW6KsA7KtqRj2qymQ6yo6OiJxn/jsVL8t2GIFR3Kg+GoVJbh1DtERERERK3DIFvr0Broy6VyHSO+WL9LKrdA3qvIXJuPwt1lMJossJ62wnpO+pmM+Ly5ogT69zKr52WduTAXhtZmzkM6zHshB/qK+hcwH8hH+jNL0JJOxTX00L2mQ95WPUoOGGEWP7/waOSc8HyVCcbdBdAtnolJsbOxaptiIqFLzrJjFWZPlubsPWCCpeHfYbXCYiqDfosOKcI6mL2iUDkVkj2KKXhq2L/oYUTeHsVNu9U49Q4RERERUeuwa3EdDeKWZSBSNnesZY8O8cl5ONUemheJiIiIiIiIXYsVbovBrbIQK97vqN/IEEtERERERNTeMMhWC0XCQ6GKQYEse/KxsliqEBERERERUbvBICvE14jnnkS4fEhZaxkK/v1+i6a/ISIiIiIiorbRyYOsGpFPp2HKSPk0KlaUbVmJ7B/Yp5iIiIiIiKg96jyDPak0CB7gA4+aCgJGRSDiplBoGsyVai7OxIyFBWyNJSIiIiIiaofEwZ46T5C9LQm6GaHwkqq2mPfosDg5DyVsjCUiIiIiImqXOGpxrXMWlLyTjBnzGGKJiIiIiIjau84bZK1WWExl0L+XiZmTJ2HOWwZ2JyYiIiIiInIBnadrMREREREREbk8di0mIiIiIiIil8MgS0RERERERC6FQZaIiIiIiIhcCoMsERERERERuRQGWSIiIiIiInIpDLJERERERETkUhyafoeIiIiIiIioPeD0O0RERERERORyGGSJiIiIiIjIpTDIEhERERERkUthkCUiIiIiIiKXwiBLRERERERELoVBloiIiIiIiFwKgywRERERERG5FAZZIiIiIiIicikMskRERERERORSGGSJiIiIiIjIpTDIEhERERERkUthkCUiIiIiIiKXwiBLRERERERELoVBloiIiIiIiFwKgywRERERERG5FAZZIiIiIiIiciHA/wPJ9ir744cDVAAAAABJRU5ErkJggg==" title="VS Code example without inlay hints" alt="vscode-inlay-off" data-path="images/vscode-inlay-off.png" data-linkid="vscode-inlay-off" class="externalref" style="height:4em;min-width:200px">
+<p class="p noindent"><img 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" title="VS Code example without inlay hints" alt="vscode-inlay-off" data-path="images/vscode-inlay-off.png" data-linkid="vscode-inlay-off" style="height:4em;min-width:200px">
 </p>
 <p class="p indent">&#8195;versus&#8195;
 </p>
-<p class="p indent"><img 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" title="VS Code example with inlay hints on" alt="vscode-inlay-on" data-path="images/vscode-inlay-on.png" data-linkid="vscode-inlay-on" class="externalref" style="height:4em;min-width:200px"></p></div><h3 id="sec-manual-installation" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-manual-installation" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">1.1.2</span>.&#8194;</span>Manual Installation</h3>
+<p class="p indent"><img 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" title="VS Code example with inlay hints on" alt="vscode-inlay-on" data-path="images/vscode-inlay-on.png" data-linkid="vscode-inlay-on" style="height:4em;min-width:200px"></p></div><h3 id="sec-manual-installation" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-manual-installation" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">1.1.2</span>.&#8194;</span>Manual Installation</h3>
 <p class="p noindent">On Windows (x64), open a <code class="code code2">cmd</code> prompt and use:
 </p>
 <p class="p copy button indent" title="Copy" data-value="curl -sSL -o %tmp%\install-koka.bat https://github.com/koka-lang/koka/releases/latest/download/install.bat &amp;&amp; %tmp%\install-koka.bat" style="float:left;font-size:75%"><span class="fa fa-copy"></span></p>
@@ -1554,7 +1555,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <p class="p copy button indent" title="Copy" data-value="curl -sSL https://github.com/koka-lang/koka/releases/latest/download/install.sh | sh" style="float:left;font-size:75%"><span class="fa fa-copy"></span></p>
 <pre class="para-block pre-indented" style="display:block"><code><span class="code-escaped"><strong class="strong-star2">curl -sSL https://github.com/koka-lang/koka/releases/latest/download/install.sh <span style="padding:0ex 0.25ex">|</span> sh</strong></span></code></pre>
 <p class="p noindent para-continued">(If you previously installed Koka on macOS using <code class="code code1 language-koka lang-koka koka colorized">brew</code>, do an <code class="code code1 language-koka lang-koka koka colorized">brew uninstall koka</code> first).
-On other platforms it is usually easy to build Koka from&nbsp;<a href="https://github.com/koka-lang/koka#build-from-source" class="externalref">source</a> instead.
+On other platforms it is usually easy to build Koka from&nbsp;<a href="https://github.com/koka-lang/koka#build-from-source">source</a> instead.
 </p><!--
 On macOS (x64, M1), you can install and upgrade &koka; using Homebrew:
 
@@ -1590,10 +1591,10 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <span class="code-escaped"><strong class="strong-star2"><code class="code code2">&gt;</code></strong></span></code></pre>
 <p class="p noindent para-continued">Type <code class="code code2">:q</code> to exit the interactive environment.
 </p>
-<p class="p indent">For detailed installation instructions and other platforms see the&nbsp;<a href="https://github.com/koka-lang/koka/releases" data-linkid="releases" class="externalref">releases</a> page.
-It is also straightforward to build the compiler&nbsp;<a href="https://github.com/koka-lang/koka/#build-from-source" data-linkid="build" class="externalref">from source</a>.
+<p class="p indent">For detailed installation instructions and other platforms see the&nbsp;<a href="https://github.com/koka-lang/koka/releases" data-linkid="releases">releases</a> page.
+It is also straightforward to build the compiler&nbsp;<a href="https://github.com/koka-lang/koka/#build-from-source" data-linkid="build">from source</a>.
 </p><h2 id="sec-running-the-compiler" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-running-the-compiler" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">1.2</span>.&#8194;</span>Running the compiler</h2>
-<p class="p noindent"><img 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" 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" alt="vscode-codelens" data-path="images/vscode-codelens.png" data-linkid="vscode-codelens" class="floatright" style="width:300px">
 </p>
 <p class="p indent">Note that when using the VS Code editor, you can directly compile and run public
 functions that are named <code class="code code2">main</code>, <code class="code code2">example...</code>, or <code class="code code2">test...</code> from
@@ -1602,7 +1603,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <p class="p noindent">Of course, we can also run the compiler directly from a command line or
 use the interactive environment.
 </p><h3 id="sec-command-line-usage" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-command-line-usage" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">1.2.1</span>.&#8194;</span>Command line usage</h3>
-<p class="p noindent">You can compile a Koka source as (note that all&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples" data-linkid="samples" class="externalref"><code class="koka">samples</code></a> are pre-installed):
+<p class="p noindent">You can compile a Koka source as (note that all&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples" data-linkid="samples"><code class="koka">samples</code></a> are pre-installed):
 </p>
 <pre class="para-block pre-indented" style="display:block"><code><span class="code-escaped"><strong class="strong-star2"><code class="code code2">$ koka samples/basic/caesar.kk</code></strong></span>
 compile: samples/basic/caesar.kk
@@ -1619,7 +1620,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 encoded: Krnd lv d zhoo-wbshg odqjxdjh
 cracked: Koka is a well-typed language</code></pre>
 <p class="p noindent para-continued">The <code class="code code2">-O2</code> flag builds an optimized program. Let&#39;s try it on a purely functional implementation
-of balanced insertion in a red-black tree (<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.kk" class="externalref"><code class="koka">rbtree<span class="kw op">.</span>kk</code></a>):
+of balanced insertion in a red-black tree (<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.kk"><code class="koka">rbtree<span class="kw op">.</span>kk</code></a>):
 </p>
 <pre class="para-block pre-indented" style="display:block"><code><span class="code-escaped"><strong class="strong-star2"><code class="code code2">$ koka -O2 -o kk-rbtree samples/basic/rbtree.kk</code></strong></span>
 ...
@@ -1632,8 +1633,8 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 real    0m0.626s</code></pre>
 <p class="p noindent para-continued">(On Windows you can give the <code class="koka"><span class="op">--</span>kktime</code> option to see the elapsed time).
 We can compare this against an in-place updating C++ implementation using <code class="code code2">stl::map</code>
-(<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.cpp" class="externalref"><code class="code code2">rbtree.cpp</code></a>) (which also uses a
-<a href="https://github.com/llvm/llvm-project/blob/main/libcxx/include/__tree" class="externalref">red-black tree</a> internally):
+(<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.cpp"><code class="code code2">rbtree.cpp</code></a>) (which also uses a
+<a href="https://github.com/llvm/llvm-project/blob/main/libcxx/include/__tree">red-black tree</a> internally):
 </p>
 <pre class="para-block pre-indented" style="display:block"><code><span class="code-escaped"><strong class="strong-star2"><code class="code code2">$ clang++ --std=c++17 -o cpp-rbtree -O3 /usr/local/share/koka/v2.3.1/lib/samples/basic/rbtree.cpp</code></strong></span>
 <span class="code-escaped"><strong class="strong-star2"><code class="code code2">$ time ./cpp-rbtree</code></strong></span>
@@ -1741,7 +1742,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <p class="p noindent para-continued">What next?
 </p>
 <p class="p indent"><a href="#sec-basics" title="3.1.&#8194;Basics" class="learn button localref" style="target-element:h2">Basic Koka syntax <span class="fa fa-angle-double-down"></span></a>
-<a href="https://koka-lang.github.io/koka/doc/toc.html" data-linkid="libraries" class="button learn externalref" target="_top">Browse the Library documentation</a>
+<a href="https://koka-lang.github.io/koka/doc/toc.html" data-linkid="libraries" class="button learn" target="_top">Browse the Library documentation</a>
 </p><h1 id="why" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2</span>.&#8194;</span>Why Koka?</h1>
 <p class="p noindent">There are many new languages being designed, but only few
 bring fundamentally new concepts &#8211; like Haskell with
@@ -1843,7 +1844,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 often the predicate of a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a></code> loop is written in parenthesis but may
 be evaluated multiple times.
 </p>
-<p class="p learn button indent"><a href="book.html#sec-basics" class="externalref">Learn more about basic syntax <span class="fa fa-angle-double-down"></span></a></p><h2 id="why-effects" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-effects" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.2</span>.&#8194;</span>Effect Typing</h2>
+<p class="p learn button indent"><a href="book.html#sec-basics">Learn more about basic syntax <span class="fa fa-angle-double-down"></span></a></p><h2 id="why-effects" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-effects" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.2</span>.&#8194;</span>Effect Typing</h2>
 <p class="p noindent">Koka infers and tracks the effect of every function in its type &#8211; 
 and a function type has 3 parts: the argument types, the effect type, 
 and the type of the result. For example: 
@@ -1867,7 +1868,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 reason about for both humans and compilers. (Given the importance of
 effect typing, the name Koka was derived from the Japanese word for
 <em class="em-low1">effective</em>
-(&#x52B9;&#x679C;, &#12371;&#12358;&#12363;,&nbsp;<a href="https://translate.google.com/#view=home&amp;op=translate&amp;sl=auto&amp;tl=en&amp;text=%E5%8A%B9%E6%9E%9C" class="externalref">K&#333;ka</a>)).
+(&#x52B9;&#x679C;, &#12371;&#12358;&#12363;,&nbsp;<a href="https://translate.google.com/#view=home&amp;op=translate&amp;sl=auto&amp;tl=en&amp;text=%E5%8A%B9%E6%9E%9C">K&#333;ka</a>)).
 </p>
 <p class="p indent">A function without any effect is called <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp">total</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a></code> and corresponds to
 mathematically total functions &#8211; a good place to be. Then we have
@@ -1896,7 +1897,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 of applying <code class="koka">map</code> is exactly the effect of the function <code class="koka">f</code> that
 is applied, namely <code class="koka"><span class="tp tv">e</span></code>. 
 </p>
-<p class="p learn button indent"><a href="book.html#sec-effect-types" class="externalref">Learn more about effect types <span class="fa fa-angle-double-down"></span></a></p><h2 id="why-handlers" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-handlers" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.3</span>.&#8194;</span>Effect Handlers</h2>
+<p class="p learn button indent"><a href="book.html#sec-effect-types">Learn more about effect types <span class="fa fa-angle-double-down"></span></a></p><h2 id="why-handlers" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-handlers" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.3</span>.&#8194;</span>Effect Handlers</h2>
 <p class="p noindent">Another example of the <em class="em-low1">min-gen</em> design principle: instead of
 various special language and compiler extensions to support exceptions,
 generators, async/await etc., Koka has full support for 
@@ -1954,9 +1955,9 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <pre class="para-block pre-fenced pre-fenced4" style="display:block"><code>yielded: 1
 yielded: 2
 yielded: 3</code></pre>
-<p class="p learn button noindent para-continued"><a href="book.html#sec-with" class="externalref">Learn more about <code class="koka"><span class="kw">with</span></code> statements <span class="fa fa-angle-double-down"></span></a></p>
-<p class="p learn button indent"><a href="book.html#sec-handlers" class="externalref">Learn more about effect handlers <span class="fa fa-angle-double-down"></span></a></p><h2 id="why-perceus" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-perceus" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.4</span>.&#8194;</span>Perceus Optimized Reference Counting</h2>
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Perseus_with_the_Head_of_Medusa" class="externalref"><img src="data:image/jpg;base64,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" title="Perseus by Benvenuto Cellini" alt="perceus3" data-path="images/perceus3.jpg" data-linkid="perceus3" class="externalref" style="width:20%;float:right;margin:1em 0em 1em 2em;border:1px solid #222"></a>
+<p class="p learn button noindent para-continued"><a href="book.html#sec-with">Learn more about <code class="koka"><span class="kw">with</span></code> statements <span class="fa fa-angle-double-down"></span></a></p>
+<p class="p learn button indent"><a href="book.html#sec-handlers">Learn more about effect handlers <span class="fa fa-angle-double-down"></span></a></p><h2 id="why-perceus" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-perceus" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.4</span>.&#8194;</span>Perceus Optimized Reference Counting</h2>
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Perseus_with_the_Head_of_Medusa"><img src="data:image/jpg;base64,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" title="Perseus by Benvenuto Cellini" alt="perceus3" data-path="images/perceus3.jpg" data-linkid="perceus3" style="width:20%;float:right;margin:1em 0em 1em 2em;border:1px solid #222"></a>
 </p>
 <p class="p noindent">Perceus is the compiler optimized reference counting technique that Koka
 uses for automatic memory management&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#lorenzen:reuse-tr" title="Reference Counting with Frame Limited Reuse
@@ -1984,15 +1985,15 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 memory usage, and unpredictable latencies.
 </li></ul>
 
-<p class="p noindent"><img 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+XS+e4orefuKPZnfu6eWjp/Z+3dx2yZUWxHr7Xt3rKtsR3ZsspqY5n9fRYAsF3tGii+j++odt3Scs1Se/1d93lNti/zyuusstbr1/jbLeJ12fKisLT+7Dox+7us+NtJ7RjP1hFlf5u1VW0db/GWz1kcPy1l+5n93bxsnGJ8sr/N+oLasbRFy2d86dwQZX+f1aq2zNHvcW1da1r2/cxxAwAAgDvyy5aquNmT3RCJ4gYK+xnj3NK4vMGb9+0o2XhFcYN3lNqN/a2fxdqN5tGW1rVljLLllPU8CIjtKsd26bXxz+Nvs8p1l9Vu8M8DaJGda6L5uXTpu3yq5zw5wtr2TPVsV5w7a9+NU3v2NVte1HveXtvOrdsY25EtL/556zLj79a2z/cUAGy39H0d3fU7du82164tnirbl9jPuJZqve6qjevUFmvvV/bPamJ/WrZ12u/s38XYrInXZ68tW9vWJbXtf4s3fs6WZMdK67GRHQutn9mvGH0sLX3+4p+3jn38XW27otZjoHauaV1Gq6Vtbjkn3m3cAAAA4I7ed+eLoZZusEStN1ioM8a5pZuQb/DmfTtKNl5Ry43iFrWbwHvWUft8j7a0rt7tr23z3rGI1285ry29P3u2ByCTnWui+fkm+5upK67fsu0oi3PwVkvn4Kk95+JseVHP9q5t3559n38nHjmOAMA28+/rsrveV6ttc8v1Rva6aM912dXm+7H1vVu65za15Xqu9n6V9Y5/y7Zm15C9+3DEdWhtTN4i27foyZ+zJdn72XqczV8X8Y9qn8Et5u9X7zmhNOr8kL12aqRs+VHLGNxx3AAAAOBu/KqlqnZT5K4PZJ7GGOeWHqi8wZv37SjZeEXx+dlr7ebvns/h/CZ12WhL6+odo2wZU1dZeo9GvP8ApexcE5Xnm9r3xhXXbrXtiUZs09K1y9TWh7DZsqLW5dW+Z6O93xPT8rfu39x8+8quOHYA4A1q10J3Vbu2Wrt+2fPaO5u2f8Q1Ue0accsYrV1zTm3RuuypLdela9fyW8a8tt1v8NbP2ZLs/Ww9Luavi/hHccxk4xRtMb1fW84Hmfk2lbUeB7VzwpZzTGbveeeO4wYAAAB3484OVaNvdPFHxji3dNP+Dd68b0fJxiva8wAn3ofa5y/ae3N5703uHkvr6hmjpWMzGnWjfYul92nP+w+Qyc410XS+qX1vXHFOqp23o/j3o9S+06ItsuVELd85a/s+4v2IdZw1hld+zwLAk2Xfq1N3lm1vtHYNU7sGevL1xOhtz8ZnqlftGm5qzzVjtrysPde3o69Da8t7g7d+zpZk+9kiG6c3js9etfsIW8S47znnzI04P5zxmVkax55tvNu4AQAAwN284+4eh8luhEwxRja2U1+2dAPyDd68b0fJxivqfZAWYx83c2s38af2PKSb1G4qj7a0rp79WDo2o5E323stvV8j3iOAUnauieJ8s3Quiq46H2XbMnXEw8vaGGxZX7acaG1Zte+r6K7fD7Xtvus2A8DdZd+rU3eWbW+0dk1Qu89wxPXfU9WuW3vvb9TGPNp7Hbd2bTu1x+jr0NqYvMHXPmfzfWw9JrJxeuP47FU7H93BqPND9vqpve54zvH7HgAAgDd6x909DpPdCJlijGxsp75s6WbcG7x5346SjdeRxXs0wpk3upfW1XPzunYTfNSYbLH00MWNeWC07Fyz1lXnoto5+6htGr3ObDlRbQJCbRuiu383ZNs8BQD0y75To6deE6xtd+0+Q+0a6mtGjlNtWdEI2XLLRry32XKnetXG5A1GHj93l/2+at3HbJyuvH94V3Fen4/T1F1k2zbVqva52XtcLI3h1d/12TZNAQAAwBP5RUtVdhMkuvsDmSfJxjf6+hgvTRR6gzfv21Gy8Tqi+NyNfOhRu4k+2tK6es4lS8dm1Pog6QixD9k2+S4CRsvONS1d4cgHtTVL5+SoV7aMaOk7p/Y9FT3he+HMawMA+ILsOzW6+3VBts3R2nZfdQ34RNkYRb33N2pjPuo4q11jRyOMvA59+zXtlz5n2b627uP8dRF/VPt838WIz3Tt93osf49smdHe5e41YtwAAADgTvyipSq7CRLd/YHMk2TjG319jJduPr7Bm/ftKNl4jSw+b0fcfD7zhvLSunrOJbWb/leek2Ldd9sm4J2yc020dB6auuJ8lG3H1JFq322936XZMqJsObXvqOgp3wlnXhsAwBdk36nR3a8Nsm2O1ra7di0R10v8XTZGUe81a23Me5e1pLaOUcfyyGOntqw3GDlWd5fta+s+zl8X8UfxGc7GKrqLUZ/pI84Ndz7f3HnbAAAAYAu/aKnKboJET5ms8QTZ+EZfH+OlCUNv8OZ9O0o2XnuLz1jc8D3SmTeUl9bVey7JljF11QOzpYcuvouA0bJzTRTnm6Xv76kzz0m1bTn6uy1k641GfefM9+FOY79XbV8AgH7Zd2p09+uDbJujte2u3We46jf7XcVYZuPUe718xpjX1tG7vUtq16G9+1Hb3jc44z2/i2wfW2TH06hj9W2WzkXRXdTODz1Gnmcmo87lRxg1bgAAAHAXftFSld0Eie7+QOZJsvGN3jDG2X5d2cgxzZZ/ZW//TGb7PKKjbzqf+XBtaV29x0b8fbacqa03/vdY2qa3H/fA+bJzTTSdb9bOkWedl2rfL2ecp2vj0CN7fTT/fq6t76wxH8XDZgAYK/tOnbqzbHujtWubq68Dn2TpGnJ+rbmmNuaj1K4RR72vI9dxxphc6Uufs/n+tX4+sjFqfe3XjPr9fKTa+aFXtoxo6/GRLSu6g5HjBgAAAHfgFy1V2U2QKcbIxnbq6bJ9urKRk42y5V/Z0yZS9cr2eVQxdkc9CKo9fBptaV29x0btJvjUkWOWifUtbQfASNm5JirPN0vnpKkzHqCf+f2SGbX+7PVROYa18b7790B8V8a+RLGta8cOANAv+06duqva7+6165vadVh5DfUlMZ7z665sfKZ6x6k25qPUjon4dyOMXMcZY3Kl2v71Hj9XiPeztfn+xecn+7t52ees9bXRl9TOSVeI8Y/jOIptq21f1Gvk+WFpWbHNZzt63AAAAOAO/KKlKrsJMsUY2dhOPV22T1c28iZjtvwru+IG6pmyfY7W9nu6yZu9dt4RDzJG3jxfM/Lm+trN8Kn4u1jv0Za2Z8u+AdRk55pofr5ZO08e/XC8tv4z1L7fevY9e300fbfU9vMu3wG9D5RrAQD9rr4u2iKuH7LtjdZ+Y9euw9Ze+2QxZvPrrmwMWuodp9qYj1I7JkaprSP+XY8zxuRKtf3rPX6usOfzcVZfcsX31Px8ueeY6DXyXLO03Ud9Dq8cNwAAALgDv2ipqt0sYYw3j3G2T1cWYz1KtvwrG7lvd5Ttc9Sz33ETOFtGWe8N7TW1dY62tK6tx0bt3JQV6z/K0ra8/bgHzpeda6L5+ab2cHRq9HdKKVtfdNZ5sbb/PfudvT6aHtxm/y668vy/tm17AgD61b6Xj7we26N2LbX223rPa58k9jP2J9vPvfWOU207Rqm9r6PU1hH/rscZY3Klp3/Osu2+U08Yw5Fq31OjxJje6Xdqtpyo973PlhGNcrdxAwAAgKv5RUtV7UbK1276HeXNY5zt05XFWI+SLf/KRu7bHWX7HPXud+1hUDR6HOMznK0nGm1pXXv2KV6bLbNWvGb0uWtpO0a/XwDZuSbKzjdr3ylR76SMVtm6orOuHWv73rPP2evXuurcv/RdNDIAoF/tO/qu99Vq9wrWrqXWrkGfbm3/RtR7XNTer1Fq+z1KbR1rx93cGWNypSd/zs74DO3trufmo9S+p/a66+/UEeeIpWWMOH78vgcAAICcX7RU1W76fO2m31HePMZx83pP2Zhkf9faSNnye7rzvt1RNl5R3PjtFeOVLWtq5Oeu9vkebWldW8aoVNuHWrHeUWO5dIN/774BzGXnmmjpfLP2nRId8T2drSca+R1WU9vvnv3NXr/WWfs4WfoOOiIAoF/tN+tdfzPWri9arqWy1009Vct19ah6rydrx9gotf0fZdQ1fDhjTK6W7dvUnZ35Wdpa7/H2dLVz/lZP+J2aLStqff+X9nGPJ4wbAAAAXMkvWqqe+EDmaYxxbunG9xu8ed+Oko1XtPUzsvZgZdRDjTMfri2ta9R5pLYvtWL9e8czlrG0bICRsnNNVDvfrJ0fjzhXZeuJYlvOUPse7TnnZ69vadT39Jql75/W4vVRvC9RbHdt7ACAfrXv1iOuw0bItnWqRfa6qbOuk0aqvYetZddcS9dyvdfM8ffZcqJRamMwSm0d8e96nDEmV8v2bap3vO4oew9bPxvz10VvGJOjLJ2Loi1qy2spXp+dM7O/jbbac55Yem1s91ZPGTcAAAC4kl+0rMpuhEwxRja2U1+1dCPuDd68b0fJxis66gbynuWW9tw073XETfZMrKc2dkvFcb/V0vpG7xtAdq6J1s43a+fF0eerbB1RnKPPUHtg2nO+z14ftXzX7PleabG2/qn4uyi2OVrbrtrYAQDbZN+rU3dTuxZovZaLv8teH7Uu4y5q4zFvfs21dt21dD3XO0a18R7ljGvE2jrWxnLujDG5Wm0fe4+hO8r2r/U4mL8uYlntt2Wv2rLK4u/m58yaI85Be845o87fkyeNGwAAAFzJL1pW1W60bL15wz8yxn+0dCPuDd68b0fJxiuKz84e2TKn1m4Wt4jPb7bsaLSlde0doyWxvtq5K2vrmC6t56h9A74rO9dELeebtXPiyHNWtvzorPNi7YFpz7k+e300Xf+ujemI7+pMy3u59Rq9NnYAwDa17+6t39lHWfrtHrVe29SuJ6KnWNuPKMZr6zXf0nHRe0zU3rNRzrhGrK2jd4zPGJOrrR2fT7d1n7Jxic8ay2rfUT1qy4ni3/ee3yZHnYOy5UVr25m9JtriieMGAAAAV/GLllW1m8Nxo4X9jPEfLd2Ie4M379tRsvGK9n4+ajd8o71qn+3RltZ1xjmktp/zYsx7xT5ky/IdBIyWnWui1vNN9tqyUeetq8+Lte/PnvN89voovlcmS/s6teV7ZU22nqly27aojR0AsE3tN+lZ10etsm2cGnEdFR1xfXSEtfdt734sXUf2Xs/VtnOUM64Ra+voHeszxuQOsv2besrnbEm2Ty2y9773M/U1S+ei3u+nbBlTe9+Do85BW84VS6/Zuo/ZsqbuOm4AAABwFb9oaZLdDJnae8OFv8rGduqLY7x0I+4N3rxvR8nGKxrxUHjphn60d/ln3lBeutE+YoxaLW3DvF5L79GZ+wZ8Q3auiVrPN7Xz/lT8zV5L58XoDLXzfY/s9dH82jf7m7IRYzqpje2I9Zx5bQAAX5J9t07d5b5a7Tqg9/ft2u/vuxs5FkuWrut6j4dR1741Z1wj1tYR/67HGWNyB0//nC3JjoXWz0U2Jr3Hz9fMx2uq51z31N+pteUubffSvm7x1HEDAACAq/hFS5PaTZeem14sM8b/aOlG3Bu8ed+Oko1XNOKzUbvpG+25sVxb9p7lZpbOIVecP2rns6j1AdXkTvsGvFt2rol6zjdr3yvR3u+Aqydv1M7zPbLXR/PviTPGdJItOxr1nXP1ewcAb1W7PrnLb8ds26Z6r2XWro9GXRsdpXZNdPR1Xe89iTOu32rv5yi1dfSO+VeuaWtjFo06Vs+WvX+tn4v56yLqsjGLes5F2eujJ/xOzZYZLe1/9rdb9zNbVuT3PQAAAOT8oqVJ7aZI1HPji5wx/kdLN+vf4M37dpRsvKIzbvxGW9UeOo1+4BRjka1n1Bj1WtqeqHeb7rZvwHtl55qo93xTO/9P7fkeqH1vnXHNmK036l13towoW87RYxpq6xg1rrX3DgDYbu1a4YxrpJq17dsiW07ZndXuGYySLTvqPRbOuH6rHR+j1NYR/67Hl65ps30se6Ls/Ws5BpaOIZbVPnet56IRy1hz5Ge6tv1zS9uxZT+fPm4AAABwBb9oaVa7yR/FzRn2McZ/t3Sz7w3evG9HycYrGjmZOFv+1NYbzGfctJ5k64hGjlGvbHumeiydG6/cN+CdsnNNtOV8s3TuKttzbZctLzr63Fj7buvdn2wZ0dJ3ZG3dU3vG9IwHwbXjAgDYZ+36a891wh5r1zBbt2ttuUdfF+6RbW806l5JbWx613HGNWJte0epraP3GDxjTO7iyZ+zJdl+tMjGYtRn9q1GfO7O+Lwd/Ts1W240H4Ol7djiDeMGAAAAZ/OLlma1my/RE2+c3o0x/rulG61v8OZ9O0o2XtHIz0Tt5n7UeoN/LltWNPJhS+3cceV5Y9QN9aXlfOmcCJwjO9dEW883tfPg1Fa1ZW/9zmox8oFstoyo9h259n0dbd3/kfu2JFv2FACwz9p1wlW/IdeuCffIlld25HXhHtm2RqPuldSu63rXccY1Yu3YHaW2jt7j5IwxuZNsP8vu+jnLZMdB67kxe997P09fM+KzcsbnLVv21AhL+zA/frK/2frd/YZxAwAAgLP5RUuXtYcfVz2UeRNj/FdLDzje4M37dpRsvKLRn4fa52/rurJlTY1yxHaPMOqm/dL+XblvwDtl55poz/mmdo6Oti67do496vy4dA0TzR8Ct8iWE60tq7YdU/E3vY5+2FxbfgQA7HfUtddWa9uz5ZqldNR10dGy7Yy2XFNmsmVP9a7j6GvEUHsfR6mto/cYOWNM7uSpn7NMti+tn4nsfPaU/b7KfLymes5DR3/easuPRqh9hiZL27HVG8YNAAAAzuYXLV1abpye/VDmbYzxXy2Nwxu8ed+Oko1XNPqzsPb5i3/fq3Zjecvy5tZuXF95vhh10z57WDUFMFJ2non2nEvXvluircvPljUV5+DRaufjLd9p2XKilm2vbctU7zYd/Z2dLbcMABgj+54t23Nt12PtemXUdhxxXXS0bBujEWOydp+k9zq5trxRar8ZRqmtY+R181s98XOWyd671u2evy5i2ajPXO3zNuKYy5ZbNkq27Gjah+wztuc74S3jBgAAAGfyi5ZutZtgZSNuyKyJdcRNoVbZdkZ38+QxHmVpDN7gbvu2dGP1ivd9SbZ90YiHjHO1G81Rr9ryRmx/ttyynnWMPqfU9r3HqOUArMnOM9He8/XSd3/ZlnWsfWeNPK/X9mHr+GTLimK/WsR6s9dP9W5XbR9bt2nJ2rZGAMAYrddeI6+VSrHc0dcpa1quNUavc0lcN62NbW1792h573uv62rX3KPUtnuU2jrW3q+5kWOytKze9+kMT/ucZbJ9aFlOdvycta/z9U7dXbbNUz1qn929n5OWY3qUtc967d9t8aRxWxsbAAAAOMv977hwSy03S6KjbijGjaBpG1rXsXTz6Kht3OuJYzzS0vv1Bnfbt6VjLbbzLrLti446NrN1TfXexF16v6f23BReeu/KesYotmXUmNb2u3ef4++z5UR3Ok6B58vOM9GIc+Pa90G05Tth7btgxHlybdu3riNbVtQzDmv73/Pere3nVmvbOAUAjFP7HVm25fqrpnW9I67RSmvXMWWj1z0p931tHbXro63vSesY9C6/9p6OUtv2UWrr6D0mRo7J0rHQu01naD3GoqO2v+dzlim3capFtu9bP6s9lsa853feFUae49aOu63O/p1aey+Xzil7PGnclpYZ+3AH8f6U27jlsx/7Ur7Psby77B8AAAB/N+5OAJ/TetMkir8dIbsB1LrspRtSW258nOVpYzxSth3RG9xt37Jtie4k277oqGNz6T2ain/fY+2z3Lu8+PvW80PPGJXnyb3nxtr2bdnfbDnRUccA8E3ZeSYada5Zuh4tG3mOnNpzTl/b5t7tLWXLi3q3d+07sef9y14/teU4WNu2MgBgrNbv4fi7vb+BW67zpvZcP9W0XBeWjdqObJzXlj36GrNn33vf69q2jlLb/lFq6+gd75Fjki0juqueYy3qHdslWz5nc9m2t34esvd81L7VLB1rrdt9hbXvni2y5UzF+nqtbWPZSEvrzd7nLfs1N19m2Z3GLXt9dAdL+9wzfrXz5hnnEQAAANrd964cj9Bz8ySKv48bQy03++ImQrR0w3Cq9abF0rbe3ZPGeKTYrmxb3uBO+7a0LS3Hz5mybYyOPDZrn73e9S6Nc1ksM/5uTfZ5jdcufY57tnVp2S3bNVnb196xm2TLmlpbZs/2A9+WnWOireeuTCwrW0dZ73lr7VouivX2fL+3LnOPbJlRz3ZO1sa1dVtb9rv1+zrbptr3JAAw3to1wrz4+/ger33fx7+Llr7va7VcR+xRu9ZYKvZjbZ8nrfvdsqzsdWWxjjXT9sxfW9vG+Hc9suVPjVJ730apraPl/SqNGpOlbep9j85WG8ulYp+ilrGOv4m/HfE5K2Xb3TrW89dFZ1gagyvEtiyN1/SeZdta1vueTUYte+m4yo6NqZGW1pNt0whPGLelZcQ6r7Y2fi1jF7LXTsW4AgAAcB/X3HXhVVpuyBxZ682GPa+92lPGeLS4GTXvLe6yb0vH1lXbsyTbxujIYzPGIFvnVO8N3djWbDlZsex5tdfHtsbfZP+uZ4yWljEVyyq3aV72mnlbj62W5c+3ZxqznjEAvm1+XpkafR6Zzk+1es+XLcucir+dnzOnWpczYkyy5UaxHVusbXvrNmevzZqPXVTbhvj3tesLAOAYa7/vzyiuEbb+Hu4V61m7Ljq6ln2Na6PstfNiX8rrransb6fC0hjEa3vU1jXKGdeItXX0HpujxmRpOb3bc4XYxid8zp4u2+8Y9ytk29LT3u3OlpkVn6t5tWM1/n3t/DBato55I9/jbPlZ8zGLzhi3WE72+jt8vmv7H7W8T7UxmvrCuQwAAOApxt8J4JNabggcVeuNpey1caPmKZ4wxjzP0s3Ku8m2MTr62Fwan6neG53ZMvY2bcPStvaM0dr+7m3PjeE950DnMKBVdg6JjjiPZOuZ13vejO3MljO6UeORLTvac42eLa+sZdv3fOcsNa23tmwA4DjxHXzWtdK8UddOva7a36j1OvaIbZzWvbTs3mvN2r2SUc64Rqyto/X9mowak6XlPMkTPmdPlu33nt+Le2Tb0tqI74HaZ3hr03adcQ6a1M4fUyPf47uP253Pg2vnt5bjumX8428AAAC4h2fdmeP21m4uHFHLjYY33Jie3HWMeabs/b7qhnxNtp1Ryw3LvbL1TvWuv+XmaU/lZ3PpPNezjUvLGNGI88jW7TvjOAHeITuHREecR1q+E7asd/R3zbwR5/NJtvxoz7XIqHEdOY7l+mrLBQCOF9/L2ffwUY28dtpi5DVNa73XsCPfk3K8l5bbe61ZuxcxyhnXiLV19B6no8Yke/2e3wJXecLn7ImWjrOrZNvS0sj3auSxVm7XGeegScs+jHbncctee5fz4NL36FTLsd0y9vE3AAAA3MN1d154tbWbDCPquaGSbU/LjY47u9sY8zxLN/LuePMu287ojM/x0oOLqd7xir8f8fmdr3dpO3vGaOmY2NPo88iWsTvjOAHeITuHREedR1rOu1vXveV8WSuW1/udtyZbT7T3u2PUuI74XpzvS22ZAMB5Rl8rzRt93bTXiOuatfZcL+59P7J1Ly2z91pz6X5LNMoZ14i1dfS+byPGZGl7erflTmpjPKo9n7OnyT7D8c+uMt+Wlvb+ts2MOM6u/p2arWfqqPf4juO29Pr453ewNmatx/fS9/EUAAAA9+FXGoeKmwlrNwp6iuVtuZGytKw3uMsY8zzxXmfHwB1l2xmd9QAhW3fZFms3Y5da2uel93PLGI04rxx5Lukdu7OOE+D5snNIdOR5pOWctmf9dz6fZ+uLYp17jRrXWM7Sd2ytpWXXtgsAON+I379TR143jbL12mapGLsR125h63uxNOZLy+rd3tp4jXLGNWJtHb3H7YgxWVrGG9z5c/Yk2VhcOQ7Z9iwV71nv56rH1mMstitTOz8cobbtR7rbuC1ty50sfZcujUmmNk7x7wAAALiPd9yd4xHixkgUNxmWbkBMTX8Tfx83E/beUMjW8cabF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" alt="perceus-perf" data-path="images/perceus-perf-bw.png" data-linkid="perceus-perf" style="border:1px solid #AAA;width:40%;float:right;margin:0em 0em 0.25em 1em">
 </p>
 <p class="p indent">With Perceus, we hope to cross this gap and our goal is to 
 be within 2x of the performance of C/C++. Initial benchmarks are
 encouraging and show Koka to be close to C performance on various
 memory intensive benchmarks.
 </p>
-<p class="p learn button noindent"><a href="https://github.com/koka-lang/koka#Benchmarks" class="externalref">See benchmarks</a></p>
-<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus" class="externalref">Read the Perceus technical report</a></p><h2 id="why-fbip" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-fbip" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.5</span>.&#8194;</span>Reuse Analysis</h2>
+<p class="p learn button noindent"><a href="https://github.com/koka-lang/koka#Benchmarks">See benchmarks</a></p>
+<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus">Read the Perceus technical report</a></p><h2 id="why-fbip" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#why-fbip" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.5</span>.&#8194;</span>Reuse Analysis</h2>
 <p class="p noindent">Perceus also performs <em class="em-low1">reuse analysis</em> as part of reference
 counting analysis. This pairs pattern matches with constructors of the
 same size and reuses them <em class="em-low1">in-place</em> if possible. Take for example,
@@ -2068,12 +2069,12 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 allows us to express many imperative algorithms in a purely
 functional style. 
 </p>
-<p class="p learn button indent"><a href="book.html#sec-fbip" class="externalref">Learn more about FBIP <span class="fa fa-angle-double-down"></span></a></p>
-<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/fp2-fully-in-place-functional-programming/" data-linkid="fip-paper" class="externalref">Read the paper on fully in-place functional programming</a></p>
-<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/tail-recursion-modulo-context-an-equational-approach/" data-linkid="trmc-paper" class="externalref">Read the paper on generalized tail-recursion modulo cons</a></p><h2 id="sec-specialization" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-specialization" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.6</span>.&#8194;</span>Specialization</h2>
+<p class="p learn button indent"><a href="book.html#sec-fbip">Learn more about FBIP <span class="fa fa-angle-double-down"></span></a></p>
+<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/fp2-fully-in-place-functional-programming/" data-linkid="fip-paper">Read the paper on fully in-place functional programming</a></p>
+<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/tail-recursion-modulo-context-an-equational-approach/" data-linkid="trmc-paper">Read the paper on generalized tail-recursion modulo cons</a></p><h2 id="sec-specialization" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-specialization" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">2.6</span>.&#8194;</span>Specialization</h2>
 <p class="p noindent">As another example of the effectiveness of Perceus and the strong semantics
 of the Koka core language, we can
-look at the&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.kk" data-linkid="rbtree" class="externalref">red-black tree</a> example and look at the code generated 
+look at the&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.kk" data-linkid="rbtree">red-black tree</a> example and look at the code generated 
 when folding a binary tree. The red-black tree is defined as:
 </p><pre class="koka source"><span class="plaincode">type color  
   Red
@@ -2098,10 +2099,10 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
   match t
     Node(&#95;,l,k,v,r) -&gt; r.fold( f(k,v,l.fold(acc,f)), f)
     Leaf            -&gt; acc
-</span><span class="nicecode"><span class="decl-fun" id="fold"><span class="kw">fun</span> <a class="pp" href="#fold">fold<span class="pc"><span class="mo">why<span class="fslash last">/</span></span>fold: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a>(<a class="pp">t<span class="pc">t: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_tree"><span class="tp">tree</span><span class="pc"><span class="mo">why<span class="fslash last">/</span></span>tree: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">k</span><span class="pc">k: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">acc<span class="pc">acc: <span class="tp op">$</span><span class="number">250</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">251</span>, <span class="op">$</span><span class="number">249</span>, <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">k</span><span class="pc">k: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">335</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
-  <span class="kw">match</span> <a class="pp">t<span class="pc">t: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="#con_space_Node"><span class="co">Node</span><span class="pc"><span class="mo">why<span class="fslash last">/</span></span>Node: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">color</span> <span class="tp kw op">:</span> <span class="tp">color</span><span class="tp sp">,</span> <span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">key</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">l<span class="pc">l: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp op">$</span><span class="number">251</span></span></a>,<a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">249</span></span></a>,<a class="pp">r<span class="pc">r: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">r<span class="pc">r: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#fold">fold<span class="pc"><span class="mo">why<span class="fslash last">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">250</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">251</span>, <span class="op">$</span><span class="number">249</span>, <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">251</span>, <span class="op">$</span><span class="number">249</span>, <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp op">$</span><span class="number">251</span></span></a>,<a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">249</span></span></a>,<a class="pp">l<span class="pc">l: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#fold">fold<span class="pc"><span class="mo">why<span class="fslash last">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">251</span>,<span class="op">$</span><span class="number">249</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">250</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">251</span>, <span class="op">$</span><span class="number">249</span>, <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp op">$</span><span class="number">250</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">251</span>, <span class="op">$</span><span class="number">249</span>, <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span></span></a>)), <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">251</span>, <span class="op">$</span><span class="number">249</span>, <span class="op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">250</span></span></a>)
-    <a class="pp" href="#con_space_Leaf"><span class="co">Leaf</span><span class="pc"><span class="mo">why<span class="fslash last">/</span></span>Leaf: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp op">$</span><span class="number">250</span></span></a></span>
+</span><span class="nicecode"><span class="decl-fun" id="fold"><span class="kw">fun</span> <a class="pp" href="#fold">fold<span class="pc"><span class="mo">why<span class="fslash last">/</span></span>fold: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a>(<a class="pp">t<span class="pc">t: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_tree"><span class="tp">tree</span><span class="pc"><span class="mo">why<span class="fslash last">/</span></span>tree: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">k</span><span class="pc">k: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">acc<span class="pc">acc: <span class="tp op">$</span><span class="number">513</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">514</span>, <span class="op">$</span><span class="number">512</span>, <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">k</span><span class="pc">k: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">598</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+  <span class="kw">match</span> <a class="pp">t<span class="pc">t: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="#con_space_Node"><span class="co">Node</span><span class="pc"><span class="mo">why<span class="fslash last">/</span></span>Node: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">color</span> <span class="tp kw op">:</span> <span class="tp">color</span><span class="tp sp">,</span> <span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">key</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">l<span class="pc">l: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp op">$</span><span class="number">514</span></span></a>,<a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">512</span></span></a>,<a class="pp">r<span class="pc">r: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">r<span class="pc">r: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#fold">fold<span class="pc"><span class="mo">why<span class="fslash last">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">513</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">514</span>, <span class="op">$</span><span class="number">512</span>, <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">514</span>, <span class="op">$</span><span class="number">512</span>, <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp op">$</span><span class="number">514</span></span></a>,<a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">512</span></span></a>,<a class="pp">l<span class="pc">l: <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#fold">fold<span class="pc"><span class="mo">why<span class="fslash last">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">tree</span><span class="tp op">&lt;$</span><span class="number">514</span>,<span class="op">$</span><span class="number">512</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">513</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">514</span>, <span class="op">$</span><span class="number">512</span>, <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp op">$</span><span class="number">513</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">514</span>, <span class="op">$</span><span class="number">512</span>, <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span></span></a>)), <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">514</span>, <span class="op">$</span><span class="number">512</span>, <span class="op">$</span><span class="number">513</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">513</span></span></a>)
+    <a class="pp" href="#con_space_Leaf"><span class="co">Leaf</span><span class="pc"><span class="mo">why<span class="fslash last">/</span></span>Leaf: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">tree</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp op">$</span><span class="number">513</span></span></a></span>
 </span></pre>
 
 
@@ -2206,8 +2207,8 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 live set is large. As such, we think the deterministic behavior of 
 Perceus together with the garbage-free property may work out better
 in practice.</p></div>
-<p class="p learn button noindent"><a href="https://www.microsoft.com/en-us/research/publication/reference-counting-with-frame-limited-reuse-extended-version/" data-linkid="reusetech" class="externalref">Read the technical report on garbage-free and frame-limited reuse</a></p>
-<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/fp2-fully-in-place-functional-programming/" data-linkid="fip-paper" class="externalref">Read the technical report on fully in-place functional programming</a></p>
+<p class="p learn button noindent"><a href="https://www.microsoft.com/en-us/research/publication/reference-counting-with-frame-limited-reuse-extended-version/" data-linkid="reusetech">Read the technical report on garbage-free and frame-limited reuse</a></p>
+<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/fp2-fully-in-place-functional-programming/" data-linkid="fip-paper">Read the technical report on fully in-place functional programming</a></p>
 <div class="mathdefs input-mathdefs"></div><h1 id="tour" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#tour" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3</span>.&#8194;</span>A Tour of Koka</h1>
 <p class="p noindent">This is a short introduction to the Koka programming language.
 </p>
@@ -2215,7 +2216,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 side-effecting computation (Given the importance of effect typing,
 the name Koka was derived from the Japanese word for
 <em class="em-low1">effective</em>
-(&#x52B9;&#x679C;, &#12371;&#12358;&#12363;,&nbsp;<a href="https://translate.google.com/#view=home&amp;op=translate&amp;sl=auto&amp;tl=en&amp;text=%E5%8A%B9%E6%9E%9C" class="externalref">K&#333;ka</a>)). 
+(&#x52B9;&#x679C;, &#12371;&#12358;&#12363;,&nbsp;<a href="https://translate.google.com/#view=home&amp;op=translate&amp;sl=auto&amp;tl=en&amp;text=%E5%8A%B9%E6%9E%9C">K&#333;ka</a>)). 
 </p><h2 id="sec-basics" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-basics" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3.1</span>.&#8194;</span>Basics</h2><h3 id="sec-hello-world" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-hello-world" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3.1.1</span>.&#8194;</span>Hello world</h3>
 <p class="p noindent">As usual, we start with the familiar <em class="em-low1">Hello world</em> program:<span id=`examplemain`></span>
 </p><pre class="koka source"><span class="plaincode">fun main()
@@ -2382,10 +2383,10 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
     println(i)
     i := i - 1
 </span><span class="nicecode"><span class="decl-fun" id="print11"><span class="kw">fun</span> <a class="pp" href="#print11">print11<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>print11: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-  <span class="kw">var</span> <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3085</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">10<span class="pc">literal: <span class="tp">int</span><br>dec  = 10<br>hex8 = 0x0A<br>bit8 = 0b00001010</span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,console<span class="op">&gt;</span> bool, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,console<span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,console<span class="op">&gt;</span> ()</span></a> { <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,div,console<span class="op">&gt;</span> bool</span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> }
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#show_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,div<span class="op">&gt;</span> ()<br>?show=int/show</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
-    <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3085</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3085</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,console,div<span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3085</span><span class="op">&gt;</span>,console,div<span class="op">&gt;</span> int</span></a> </span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
+  <span class="kw">var</span> <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1802</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">10<span class="pc">literal: <span class="tp">int</span><br>dec  = 10<br>hex8 = 0x0A<br>bit8 = 0b00001010</span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,console<span class="op">&gt;</span> bool, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,console<span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,console<span class="op">&gt;</span> ()</span></a> { <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,div,console<span class="op">&gt;</span> bool</span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> }
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#show_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,div<span class="op">&gt;</span> ()<br>?show=int/show</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
+    <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1802</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1802</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,console,div<span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1802</span><span class="op">&gt;</span>,console,div<span class="op">&gt;</span> int</span></a> </span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
 </span></pre>
 
 
@@ -2399,7 +2400,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <p class="p noindent">To the best of our knowledge, Koka was the first language to have
 generalized <em class="em-low1">trailing lambdas</em>. It was also one of the first languages
 to have <em class="em-low1">dot notation</em> (This was independently developed but it turns out
-the D language has a similar feature (called&nbsp;<a href="https://tour.dlang.org/tour/en/gems/uniform-function-call-syntax-ufcs" class="externalref">UFCS</a>) which predates dot-notation). 
+the D language has a similar feature (called&nbsp;<a href="https://tour.dlang.org/tour/en/gems/uniform-function-call-syntax-ufcs">UFCS</a>) which predates dot-notation). 
 Another novel syntactical feature is the <code class="koka"><span class="kw">with</span></code> statement.
 With the ease of passing a function block as a parameter, these
 often become nested. For example:
@@ -2411,9 +2412,9 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
   twice
     twice
       println("hi")
-</span><span class="nicecode"><span class="decl-fun" id="twice"><span class="kw">fun</span> <a class="pp" href="#twice">twice<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>twice: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3542</span> <span class="tp tv">&#95;3543</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
-  <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3542</span> <span class="tp tv">&#95;3543</span></span></a>()
-  <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3542</span> <span class="tp tv">&#95;3543</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="twice"><span class="kw">fun</span> <a class="pp" href="#twice">twice<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>twice: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1952</span> <span class="tp tv">&#95;1953</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4910</span> total</span></a>
+  <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1952</span> <span class="tp tv">&#95;1953</span></span></a>()
+  <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1952</span> <span class="tp tv">&#95;1953</span></span></a>(</span>)
 
 <span class="decl-fun" id="test_twice"><span class="kw">fun</span> <a class="pp" href="#test_twice">test-twice<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>test<span class="dash">-</span>twice: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp" href="#twice">twice<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>twice: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
@@ -2629,11 +2630,11 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
   match xs
     Nil        -&gt; Nil
     Cons(&#95;,xx) -&gt; xx.sublist(start - 1, len)
-</span><span class="nicecode"><span class="decl-fun" id="sublist"><span class="kw">fun</span> <a class="pp" href="#sublist">sublist<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>sublist: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">len</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">len<span class="pc">len: <span class="tp sp">?</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>length: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span>) <span class="kw op">-></span> int</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">8619</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a>(<a class="pp">len<span class="pc">len: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a>
+</span><span class="nicecode"><span class="decl-fun" id="sublist"><span class="kw">fun</span> <a class="pp" href="#sublist">sublist<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>sublist: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">len</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">len<span class="pc">len: <span class="tp sp">?</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>length: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span>) <span class="kw op">-></span> int</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2596</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a>(<a class="pp">len<span class="pc">len: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#sublist">sublist<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>sublist: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span>, start <span class="tp kw op">:</span> <span class="tp">int</span>, len <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">8542</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>, <a class="pp">len<span class="pc">len: <span class="tp">int</span></span></a></span>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#sublist">sublist<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>sublist: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span>, start <span class="tp kw op">:</span> <span class="tp">int</span>, len <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2519</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>, <a class="pp">len<span class="pc">len: <span class="tp">int</span></span></a></span>)
 </span></pre>
 
 
@@ -2644,7 +2645,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 </p><h3 id="sec-a-larger-example--cracking-caesar-encoding" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-a-larger-example--cracking-caesar-encoding" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3.1.7</span>.&#8194;</span>A larger example: cracking Caesar encoding</h3>
 <p class="p noindent">Here is a slightly larger program inspired by an 
 example in Graham Hutton&#39;s most 
-excellent &#8220;<a href="http://www.cs.nott.ac.uk/~pszgmh/pih.html" class="externalref">Programming in Haskell</a>&#8221; book:
+excellent &quot;<a href="http://www.cs.nott.ac.uk/~pszgmh/pih.html">Programming in Haskell</a>&quot; book:
 </p><pre class="koka source"><span class="plaincode">fun main()
   test-uncaesar()
 
@@ -2703,8 +2704,8 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 </span><span class="decl-fun" id="percent"><span class="kw">fun</span> <a class="pp" href="#percent">percent<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>percent: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">float64</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">float64</span></span></a>
   <a class="pp">100.0<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x1.9p6</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">float64</span></span></a> (<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#float64">float64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>float64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">float64</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#_fs_">/<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="fslash">/</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">float64</span></span></a> <a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#float64">float64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>float64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">float64</span></span></a></span>)
 
-<span class="decl-fun" id="rotate"><span class="kw">fun</span> <a class="pp" href="#rotate">rotate<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>rotate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">3312</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span></span></a> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">3282</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a></span>)
+<span class="decl-fun" id="rotate"><span class="kw">fun</span> <a class="pp" href="#rotate">rotate<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>rotate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2838</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span></span></a> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2808</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Calculate a frequency table for a string
 </span><span class="decl-fun" id="freqs"><span class="kw">fun</span> <a class="pp" href="#freqs">freqs<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>freqs: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
@@ -2761,7 +2762,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 </span><span class="nicecode"><span class="decl-fun" id="square1"><span class="kw">fun</span> <a class="pp" href="#square1">square1<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>square1: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>   { <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> </span>}
 <span class="decl-fun" id="square2"><span class="kw">fun</span> <a class="pp" href="#square2">square2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>square2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp">int</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> { <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">"a not so secret side-effect"<span class="pc">literal: <span class="tp">string</span><br>count= 27</span></a> ); <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp">int</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> </span>}
 <span class="decl-fun" id="square3"><span class="kw">fun</span> <a class="pp" href="#square3">square3<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>square3: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">div</span> <span class="tp">int</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">div</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>     { <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">div</span> <span class="tp">int</span></span></a> <a class="pp" href="#square3">square3<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>square3: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">div</span> <span class="tp">int</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> ) </span>}
-<span class="decl-fun" id="square4"><span class="kw">fun</span> <a class="pp" href="#square4">square4<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>square4: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">int</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>     { <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">&#95;3373</span></span></a>( <a class="pp">"oops"<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a> ); <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">int</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> </span>}
+<span class="decl-fun" id="square4"><span class="kw">fun</span> <a class="pp" href="#square4">square4<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>square4: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">int</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>     { <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">&#95;3297</span></span></a>( <a class="pp">"oops"<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a> ); <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">int</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> </span>}
 </span></pre>
 
 
@@ -2828,10 +2829,10 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
   val i = srandom-int() // non-deterministic
   throw("oops")         // exception raising
   combine-effects()     // and non-terminating
-</span><span class="nicecode"><span class="decl-fun" id="combine_effects"><span class="kw">fun</span> <a class="pp" href="#combine_effects">combine-effects<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>combine<span class="dash">-</span>effects: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">pure</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5392</span></span></a>
+</span><span class="nicecode"><span class="decl-fun" id="combine_effects"><span class="kw">fun</span> <a class="pp" href="#combine_effects">combine-effects<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>combine<span class="dash">-</span>effects: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">pure</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;3363</span></span></a>
   <span class="kw">val</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#srandom_int">srandom-int<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>srandom<span class="dash">-</span>int: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a>() <span class="comment">// non-deterministic
-</span>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5402</span></span></a>(<a class="pp">"oops"<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a>)         <span class="comment">// exception raising
-</span>  <a class="pp" href="#combine_effects">combine-effects<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>combine<span class="dash">-</span>effects: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5392</span></span></a>(</span>)     <span class="comment">// and non-terminating
+</span>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;3373</span></span></a>(<a class="pp">"oops"<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a>)         <span class="comment">// exception raising
+</span>  <a class="pp" href="#combine_effects">combine-effects<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>combine<span class="dash">-</span>effects: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;3363</span></span></a>(</span>)     <span class="comment">// and non-terminating
 </span></span></pre>
 
 
@@ -2929,12 +2930,12 @@ <h3 id="sec-polymorphic-effects" class="h3" data-heading-depth="3" style="displa
     x := y0
   x
 </span><span class="nicecode"><span class="decl-fun" id="fib2"><span class="kw">fun</span> <a class="pp" href="#fib2">fib2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>fib2: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
-  <span class="kw">var</span> <a class="pp">x<span class="pc">x: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2650</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
-  <span class="kw">var</span> <a class="pp">y<span class="pc">y: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2650</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">2650</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">2650</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
+  <span class="kw">var</span> <a class="pp">x<span class="pc">x: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3509</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
+  <span class="kw">var</span> <a class="pp">y<span class="pc">y: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3509</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3509</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3509</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
     <span class="kw">val</span> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>
-    <a class="pp">y<span class="pc">y: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2650</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2650</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">2650</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">2650</span><span class="op">&gt;</span>) int</span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>
-    <a class="pp">x<span class="pc">x: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2650</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2650</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">2650</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a>
+    <a class="pp">y<span class="pc">y: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3509</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3509</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3509</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3509</span><span class="op">&gt;</span>) int</span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>
+    <a class="pp">x<span class="pc">x: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3509</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3509</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3509</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a>
   </span><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>
 </span></pre>
 
@@ -2979,13 +2980,13 @@ <h3 id="sec-polymorphic-effects" class="h3" data-heading-depth="3" style="displa
     x := y0
   !x
 </span><span class="nicecode"><span class="decl-fun" id="fib3"><span class="kw">fun</span> <a class="pp" href="#fib3">fib3<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>fib3: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
-  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>)
-  <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
-    <span class="kw">val</span> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a></span><a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2791</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>)
+  <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
+    <span class="kw">val</span> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp">y0<span class="pc">y0: <span class="tp">int</span></span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a></span><a class="pp">x<span class="pc">x: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3650</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
 </span></pre>
 
 
@@ -3016,7 +3017,7 @@ <h3 id="sec-polymorphic-effects" class="h3" data-heading-depth="3" style="displa
 <p class="p indent">The Garsia-Wachs algorithm is a nice example where side-effects are used
 internally across function definitions and data structures, but where the
 final algorithm itself behaves like a pure function, see the
-<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/garsia-wachs.kk" data-linkid="garsia-wachs" class="externalref" target="_top"><code class="code code2">samples/basic/garsia-wachs.kk</code></a>.
+<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/garsia-wachs.kk" data-linkid="garsia-wachs" target="_top"><code class="code code2">samples/basic/garsia-wachs.kk</code></a>.
 </p><h2 id="sec-data-types" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-data-types" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3.3</span>.&#8194;</span>Data Types</h2><h3 id="sec-structs" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-structs" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3.3.1</span>.&#8194;</span>Structs</h3>
 <p class="p noindent">An important aspect of a function-oriented language is to be able to define
 rich data types over which the functions work. A common data type is that of a
@@ -3318,7 +3319,7 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
   8 + safe-divide(1,0)
 </span><span class="nicecode"><span class="decl-fun" id="raise_const"><span class="kw">fun</span> <a class="pp" href="#raise_const">raise-const<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise<span class="dash">-</span>const: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>
-    <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;7968</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>
+    <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;4095</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>
   <a class="pp">8<span class="pc">literal: <span class="tp">int</span><br>dec  = 8<br>hex8 = 0x08<br>bit8 = 0b00001000</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span></span></a> <a class="pp" href="#safe_divide">safe-divide<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>safe<span class="dash">-</span>divide: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span></span></a>(<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
 </span></pre>
 
@@ -3358,7 +3359,7 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
   with ctl raise(msg) 42
   8 + safe-divide(1,0)
 </span><span class="nicecode"><span class="decl-fun" id="raise_const1"><span class="kw">fun</span> <a class="pp" href="#raise_const1">raise-const1<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise<span class="dash">-</span>const1: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;8047</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;4174</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>
   <a class="pp">8<span class="pc">literal: <span class="tp">int</span><br>dec  = 8<br>hex8 = 0x08<br>bit8 = 0b00001000</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span></span></a> <a class="pp" href="#safe_divide">safe-divide<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>safe<span class="dash">-</span>divide: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">raise</span> <span class="tp">int</span></span></a>(<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
 </span></pre>
 
@@ -3453,10 +3454,10 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
     if count &lt;= 1 then resume(42) else 0
   add-twice()
 </span><span class="nicecode"><span class="decl-fun" id="ask_once"><span class="kw">fun</span> <a class="pp" href="#ask_once">ask-once<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>ask<span class="dash">-</span>once: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">count<span class="pc">count: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3982</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ask</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span><span class="op">&gt;</span> int) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) int</span></a> <span class="kw">ctl</span> <a class="pp">ask<span class="pc">ask: <span class="tp sp">(</span><span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) int) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) int<br></span></a>()
-    <a class="pp">count<span class="pc">count: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3982</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3982</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">count<span class="pc">count: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
-    <span class="kw">if</span> <a class="pp">count<span class="pc">count: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) bool</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a> <span class="kw">then</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3982</span><span class="op">&gt;</span>) int</span></a>(<a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>) <span class="kw">else</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
+  <span class="kw">var</span> <a class="pp">count<span class="pc">count: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4567</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ask</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span><span class="op">&gt;</span> int) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) int</span></a> <span class="kw">ctl</span> <a class="pp">ask<span class="pc">ask: <span class="tp sp">(</span><span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) int) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) int<br></span></a>()
+    <a class="pp">count<span class="pc">count: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4567</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4567</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">count<span class="pc">count: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
+    <span class="kw">if</span> <a class="pp">count<span class="pc">count: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) bool</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a> <span class="kw">then</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4567</span><span class="op">&gt;</span>) int</span></a>(<a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>) <span class="kw">else</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
   <a class="pp" href="#add_twice">add-twice<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>add<span class="dash">-</span>twice: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">ask</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp">int</span></span></a>(</span>)
 </span></pre>
 
@@ -3628,8 +3629,8 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 
 
 <p class="p noindent">as is requires the <code class="koka"><a class="pp" href="#type_space_width"><span class="tp">width</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>width: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> effect to be handled (aka,
-the &#8220;dynamic binding for &lt;code class=&#8221;koka&#8220;&gt;&lt;a class=&#8221;pp&#8220; href=&#8221;#width&#8220;&gt;width&lt;span class=&#8221;pc&#8220;&gt;&lt;span class=&#8221;mo&#8220;&gt;tour&lt;span class=&#8221;fslash last&#8220;&gt;/</span></span>width: &lt;span class=&#8221;tp kw op&#8220;&gt;-&gt;</span> &lt;span class=&#8221;tp&#8220;&gt;width</span> &lt;span class=&#8221;tp&#8220;&gt;int</span></span></a> &lt;span class=&#8221;tp kw op&#8220;&gt;:</span> &lt;a class=&#8221;pp&#8220; href=&#8221;https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int&#8220;&gt;&lt;span class=&#8221;tp&#8220;&gt;int</span>&lt;span class=&#8221;pc&#8220;&gt;&lt;span class=&#8221;mo&#8220;&gt;std&lt;span class=&#8221;fslash&#8220;&gt;/</span>core&lt;span class=&#8221;fslash&#8220;&gt;/</span>types&lt;span class=&#8221;fslash last&#8220;&gt;/</span></span>int: &lt;span class=&#8221;co&#8220;&gt;V</span></span></a></code> to be defined&#8221;,
-aka, the &#8220;&lt;code class=&#8221;koka&#8220;&gt;&lt;a class=&#8221;pp&#8220; href=&#8221;#type_space_width&#8220;&gt;&lt;span class=&#8221;tp&#8220;&gt;width</span>&lt;span class=&#8221;pc&#8220;&gt;&lt;span class=&#8221;mo&#8220;&gt;tour&lt;span class=&#8221;fslash last&#8220;&gt;/</span></span>width: &lt;span class=&#8221;tp sp&#8220;&gt;(</span>&lt;span class=&#8221;co&#8220;&gt;E</span>, &lt;span class=&#8221;co&#8220;&gt;V</span>) &lt;span class=&#8221;kw op&#8220;&gt;-&gt;</span> &lt;span class=&#8221;co&#8220;&gt;V</span></span></a></code> capability&#8221;).
+the &quot;dynamic binding for <code class="koka"><a class="pp" href="#width">width<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>width: <span class="tp kw op">-&gt;</span> <span class="tp">width</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to be defined&#8220;,
+aka, the &#8221;<code class="koka"><a class="pp" href="#type_space_width"><span class="tp">width</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>width: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> capability&quot;).
 </p><h3 id="sec-abstracting-handlers" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-abstracting-handlers" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">3.4.4</span>.&#8194;</span>Abstracting Handlers</h3>
 <p class="p noindent">As another example, a <em class="em-low1">writer</em> effect is quite common where
 values are collected by a handler. For example, we can
@@ -3666,9 +3667,9 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 </p><pre class="koka source"><span class="plaincode">fun emit-console( action )
   with fun emit(msg) println(msg)
   action()
-</span><span class="nicecode"><span class="decl-fun" id="emit_console"><span class="kw">fun</span> <a class="pp" href="#emit_console">emit-console<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>console: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">&#95;6128</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6044</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="number">13268</span><span class="op">&gt;</span> <span class="number">13184</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;6128</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6044</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;6128</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6044</span></span></a> <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;6128</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;6128</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">&#95;6128</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6044</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="emit_console"><span class="kw">fun</span> <a class="pp" href="#emit_console">emit-console<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>console: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">&#95;5319</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5235</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="number">11650</span><span class="op">&gt;</span> <span class="number">11566</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;5319</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5235</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;5319</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5235</span></span></a> <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;5319</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;5319</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">&#95;5319</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;5235</span></span></a>(</span>)
 </span></pre>
 
 
@@ -3683,7 +3684,7 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 </p><pre class="koka source"><span class="plaincode">val emit-console2 = handler
   fun emit(msg) println(msg)
 </span><span class="nicecode"><span class="decl-val" id="emit_console2"><span class="kw">val</span> <a class="pp" href="#emit_console2">emit-console2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>console2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a> <span class="kw">=</span> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>
-  <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;6245</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;6245</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a></span>)
+  <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;5421</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">&#95;5421</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a></span>)
 </span></pre>
 
 
@@ -3714,12 +3715,12 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 fun ehello-commit() : string
   with emit-collect
   ehello()
-</span><span class="nicecode"><span class="decl-fun" id="emit_collect"><span class="kw">fun</span> <a class="pp" href="#emit_collect">emit-collect<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>collect: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">5645</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5928</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">lines<span class="pc">lines: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">5654</span>,list<span class="op">&lt;</span>string<span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">5645</span><span class="op">&gt;</span> ()</span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5654</span><span class="op">&gt;|$</span><span class="number">5645</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">5654</span><span class="op">&gt;|$</span><span class="number">5645</span><span class="op">&gt;</span> string</span></a>
-    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">&#95;5672</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5654</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;5692<span class="op">&gt;</span> string</span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;5672</span></span></a>)     <a class="pp">lines<span class="pc">lines: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5654</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;5692<span class="op">&gt;</span> list<span class="op">&lt;</span>string<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5654</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;5692<span class="op">&gt;</span> string</span></a>(<a class="pp">"\n"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
-    <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5654</span><span class="op">&gt;|$</span><span class="number">5645</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">lines<span class="pc">lines: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">5654</span>,list<span class="op">&lt;</span>string<span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">5654</span>,list<span class="op">&lt;</span>string<span class="op">&gt;</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">5654</span><span class="op">&gt;|$</span><span class="number">5645</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>,<a class="pp">lines<span class="pc">lines: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>)
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">5645</span><span class="op">&gt;</span> ()</span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="emit_collect"><span class="kw">fun</span> <a class="pp" href="#emit_collect">emit-collect<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>collect: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">5450</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5733</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <span class="kw">var</span> <a class="pp">lines<span class="pc">lines: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">5459</span>,list<span class="op">&lt;</span>string<span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">5450</span><span class="op">&gt;</span> ()</span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5459</span><span class="op">&gt;|$</span><span class="number">5450</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">5459</span><span class="op">&gt;|$</span><span class="number">5450</span><span class="op">&gt;</span> string</span></a>
+    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">&#95;5477</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5459</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;5497<span class="op">&gt;</span> string</span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;5477</span></span></a>)     <a class="pp">lines<span class="pc">lines: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5459</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;5497<span class="op">&gt;</span> list<span class="op">&lt;</span>string<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5459</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;5497<span class="op">&gt;</span> string</span></a>(<a class="pp">"\n"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
+    <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">5459</span><span class="op">&gt;|$</span><span class="number">5450</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">lines<span class="pc">lines: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">5459</span>,list<span class="op">&lt;</span>string<span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">5459</span>,list<span class="op">&lt;</span>string<span class="op">&gt;</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">5459</span><span class="op">&gt;|$</span><span class="number">5450</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>,<a class="pp">lines<span class="pc">lines: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>)
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">5450</span><span class="op">&gt;</span> ()</span></a>(</span>)
 
 <span class="decl-fun" id="ehello_commit"><span class="kw">fun</span> <a class="pp" href="#ehello_commit">ehello-commit<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>ehello<span class="dash">-</span>commit: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">emit</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp" href="#emit_collect">emit-collect<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>collect: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">emit</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>
@@ -3738,9 +3739,9 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 </p><pre class="koka source"><span class="plaincode">fun catch( hnd : (string) -&gt; e a, action : () -&gt; &lt;raise|e&gt; a ) : e a
   with ctl raise(msg) hnd(msg)
   action()
-</span><span class="nicecode"><span class="decl-fun" id="catch"><span class="kw">fun</span> <a class="pp" href="#catch">catch<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>catch: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">hnd<span class="pc">hnd: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4399</span> <span class="op">$</span><span class="number">4398</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">4399</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4398</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_raise"><span class="tp">raise</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4474</span> <span class="number">4473</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">4399</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4398</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4399</span> <span class="op">$</span><span class="number">4398</span></span></a> <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;4405</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4399</span> <span class="op">$</span><span class="number">4398</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4399</span> <span class="op">$</span><span class="number">4398</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">hnd<span class="pc">hnd: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4399</span> <span class="op">$</span><span class="number">4398</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">4399</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4398</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="catch"><span class="kw">fun</span> <a class="pp" href="#catch">catch<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>catch: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">hnd<span class="pc">hnd: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5749</span> <span class="op">$</span><span class="number">5748</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5749</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5748</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_raise"><span class="tp">raise</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5824</span> <span class="number">5823</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5749</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5748</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5749</span> <span class="op">$</span><span class="number">5748</span></span></a> <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;5755</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5749</span> <span class="op">$</span><span class="number">5748</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5749</span> <span class="op">$</span><span class="number">5748</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">hnd<span class="pc">hnd: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5749</span> <span class="op">$</span><span class="number">5748</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5749</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5748</span></span></a>(</span>)
 </span></pre>
 
 
@@ -3789,11 +3790,11 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 
 fun div42()
   (raise-maybe{ safe-divide(1,0) }).default(42)
-</span><span class="nicecode"><span class="decl-fun" id="raise_maybe"><span class="kw">fun</span> <a class="pp" href="#raise_maybe">raise-maybe<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5461</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5460</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_raise"><span class="tp">raise</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5555</span> maybe<span class="op">&lt;</span><span class="number">5554</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5461</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5460</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5461</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5460</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5461</span> maybe<span class="op">&lt;$</span><span class="number">5460</span><span class="op">&gt;</span></span></a>
-    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5460</span>) <span class="kw op">-></span> &#95;5466 maybe<span class="op">&lt;$</span><span class="number">5460</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5460</span></span></a>)      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5460</span></span></a>)   <span class="comment">// normal return: wrap in Just
-</span>    <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;5477</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5461</span> maybe<span class="op">&lt;$</span><span class="number">5460</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5461</span> maybe<span class="op">&lt;$</span><span class="number">5460</span><span class="op">&gt;</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>   <span class="comment">// exception: return Nothing directly
-</span>  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5461</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5460</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="raise_maybe"><span class="kw">fun</span> <a class="pp" href="#raise_maybe">raise-maybe<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5915</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5914</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_raise"><span class="tp">raise</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6009</span> maybe<span class="op">&lt;</span><span class="number">6008</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5915</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5914</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5915</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5914</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5915</span> maybe<span class="op">&lt;$</span><span class="number">5914</span><span class="op">&gt;</span></span></a>
+    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5914</span>) <span class="kw op">-></span> &#95;5920 maybe<span class="op">&lt;$</span><span class="number">5914</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5914</span></span></a>)      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5914</span></span></a>)   <span class="comment">// normal return: wrap in Just
+</span>    <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;5931</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5915</span> maybe<span class="op">&lt;$</span><span class="number">5914</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5915</span> maybe<span class="op">&lt;$</span><span class="number">5914</span><span class="op">&gt;</span><br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>   <span class="comment">// exception: return Nothing directly
+</span>  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">5915</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">5914</span></span></a>(</span>)
 
 
 <span class="decl-fun" id="div42"><span class="kw">fun</span> <a class="pp" href="#div42">div42<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>div42: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
@@ -3818,7 +3819,7 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
     sumdown( sum + i )
 </span><span class="nicecode"><a class="pp" href="#type_space_state"><span class="tp">effect</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">fun</span> <span class="decl-fun" id="get">get</span>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">fun</span> <span class="decl-fun" id="set">set</span>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4881</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="kw">fun</span> <span class="decl-fun" id="set">set</span>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6224</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
 
 <span class="decl-fun" id="sumdown"><span class="kw">fun</span> <a class="pp" href="#sumdown">sumdown<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>sumdown: <span class="tp sp">(</span><span class="tp tpp">sum</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a>( <a class="pp">sum<span class="pc">sum: <span class="tp sp">?</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="#get">get<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a>()
@@ -3836,12 +3837,12 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
     fun get()  st
     fun set(i) st := i
   action()
-</span><span class="nicecode"><span class="decl-fun" id="state"><span class="kw">fun</span> <a class="pp" href="#state">state<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">8217</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">8217</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8218</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">8476</span><span class="op">&gt;</span> <span class="number">8475</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">8228</span>,<span class="op">$</span><span class="number">8217</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">8217</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">8217</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8218</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">8217</span><span class="op">&gt;</span>,local<span class="op">&lt;$</span><span class="number">8228</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8218</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">8228</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8218</span></span></a>
-    <span class="kw">fun</span> <a class="pp">get<span class="pc">get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">8228</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8217</span></span></a>()  <a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">8217</span></span></a>
-    <span class="kw">fun</span> <a class="pp">set<span class="pc">set: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8217</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">8228</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">8217</span></span></a>) <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">8228</span>,<span class="op">$</span><span class="number">8217</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">8228</span>,<span class="op">$</span><span class="number">8217</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8217</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">8228</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">8217</span></span></a>
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">8217</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">8219</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8218</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="state"><span class="kw">fun</span> <a class="pp" href="#state">state<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">6343</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6343</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6344</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">6602</span><span class="op">&gt;</span> <span class="number">6601</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <span class="kw">var</span> <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6354</span>,<span class="op">$</span><span class="number">6343</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">6343</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6343</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6344</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6343</span><span class="op">&gt;</span>,local<span class="op">&lt;$</span><span class="number">6354</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6344</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6354</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6344</span></span></a>
+    <span class="kw">fun</span> <a class="pp">get<span class="pc">get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">6354</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6343</span></span></a>()  <a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">6343</span></span></a>
+    <span class="kw">fun</span> <a class="pp">set<span class="pc">set: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6343</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6354</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">6343</span></span></a>) <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6354</span>,<span class="op">$</span><span class="number">6343</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6354</span>,<span class="op">$</span><span class="number">6343</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6343</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6354</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">6343</span></span></a>
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6343</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6344</span></span></a>(</span>)
 </span></pre>
 
 
@@ -3861,13 +3862,13 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
     fun get()  st
     fun set(i) st := i
   action()
-</span><span class="nicecode"><span class="decl-fun" id="pstate"><span class="kw">fun</span> <a class="pp" href="#pstate">pstate<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>pstate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">4934</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">4934</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4935</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">5269</span><span class="op">&gt;</span> (<span class="number">5268</span>, <span class="number">5267</span>)</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <span class="kw">var</span> <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4945</span>,<span class="op">$</span><span class="number">4934</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">4934</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">4934</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4935</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">4934</span><span class="op">&gt;</span>,local<span class="op">&lt;$</span><span class="number">4945</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4935</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">4945</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> (<span class="op">$</span><span class="number">4935</span>, <span class="op">$</span><span class="number">4934</span>)</span></a>
-    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">&#95;4963</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4945</span><span class="op">&gt;</span>,div<span class="kw op">|</span>&#95;5251<span class="op">&gt;</span> (&#95;4963, <span class="op">$</span><span class="number">4934</span>)</span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;4963</span></span></a>)  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;4963</span></span></a>,<a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">4934</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>       <span class="comment">// pair with the final state
-</span>    <span class="kw">fun</span> <a class="pp">get<span class="pc">get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4945</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4934</span></span></a>()  <a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">4934</span></span></a>
-    <span class="kw">fun</span> <a class="pp">set<span class="pc">set: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4934</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">4945</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">4934</span></span></a>) <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4945</span>,<span class="op">$</span><span class="number">4934</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4945</span>,<span class="op">$</span><span class="number">4934</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4934</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">4945</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">4934</span></span></a>
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">4934</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">4936</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4935</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="pstate"><span class="kw">fun</span> <a class="pp" href="#pstate">pstate<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>pstate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">6612</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6612</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6613</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">6947</span><span class="op">&gt;</span> (<span class="number">6946</span>, <span class="number">6945</span>)</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <span class="kw">var</span> <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6623</span>,<span class="op">$</span><span class="number">6612</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">6612</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6612</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6613</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6612</span><span class="op">&gt;</span>,local<span class="op">&lt;$</span><span class="number">6623</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6613</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6623</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> (<span class="op">$</span><span class="number">6613</span>, <span class="op">$</span><span class="number">6612</span>)</span></a>
+    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">&#95;6641</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">6623</span><span class="op">&gt;</span>,div<span class="kw op">|</span>&#95;6929<span class="op">&gt;</span> (&#95;6641, <span class="op">$</span><span class="number">6612</span>)</span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;6641</span></span></a>)  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;6641</span></span></a>,<a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">6612</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>       <span class="comment">// pair with the final state
+</span>    <span class="kw">fun</span> <a class="pp">get<span class="pc">get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">6623</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6612</span></span></a>()  <a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">6612</span></span></a>
+    <span class="kw">fun</span> <a class="pp">set<span class="pc">set: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6612</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6623</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">6612</span></span></a>) <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6623</span>,<span class="op">$</span><span class="number">6612</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6623</span>,<span class="op">$</span><span class="number">6612</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6612</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6623</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">6612</span></span></a>
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6612</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6614</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6613</span></span></a>(</span>)
 </span></pre>
 
 
@@ -3886,13 +3887,13 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
     fun get()  st
     fun set(i) st := i
   action()
-</span><span class="nicecode"><span class="decl-fun" id="pstate2"><span class="kw">fun</span> <a class="pp" href="#pstate2">pstate2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>pstate2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">7656</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">7656</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7657</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">7953</span><span class="op">&gt;</span> (<span class="number">7952</span>, <span class="number">7951</span>)</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <span class="kw">var</span> <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">7667</span>,<span class="op">$</span><span class="number">7656</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">7656</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7657</span></span></a> <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7657</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> (<span class="op">$</span><span class="number">7657</span>, <span class="op">$</span><span class="number">7656</span>)</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7657</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7657</span></span></a>,<a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">7656</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">7656</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7657</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">7656</span><span class="op">&gt;</span>,local<span class="op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7657</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7657</span></span></a>
-    <span class="kw">fun</span> <a class="pp">get<span class="pc">get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7656</span></span></a>()  <a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">7656</span></span></a>
-    <span class="kw">fun</span> <a class="pp">set<span class="pc">set: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7656</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">7656</span></span></a>) <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">7667</span>,<span class="op">$</span><span class="number">7656</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">7667</span>,<span class="op">$</span><span class="number">7656</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7656</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">7667</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">7656</span></span></a>
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">7656</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">7658</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7657</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="pstate2"><span class="kw">fun</span> <a class="pp" href="#pstate2">pstate2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>pstate2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">6957</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6957</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6958</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_state"><span class="tp">state</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>state: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">7254</span><span class="op">&gt;</span> (<span class="number">7253</span>, <span class="number">7252</span>)</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <span class="kw">var</span> <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6968</span>,<span class="op">$</span><span class="number">6957</span><span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">6957</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6958</span></span></a> <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6958</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> (<span class="op">$</span><span class="number">6958</span>, <span class="op">$</span><span class="number">6957</span>)</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6958</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6958</span></span></a>,<a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">6957</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6957</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6958</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6957</span><span class="op">&gt;</span>,local<span class="op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6958</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6958</span></span></a>
+    <span class="kw">fun</span> <a class="pp">get<span class="pc">get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6957</span></span></a>()  <a class="pp">st<span class="pc">st: <span class="tp op">$</span><span class="number">6957</span></span></a>
+    <span class="kw">fun</span> <a class="pp">set<span class="pc">set: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6957</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">6957</span></span></a>) <a class="pp">st<span class="pc">st: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6968</span>,<span class="op">$</span><span class="number">6957</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">6968</span>,<span class="op">$</span><span class="number">6957</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6957</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">6968</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp op">$</span><span class="number">6957</span></span></a>
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">state</span><span class="tp op">&lt;$</span><span class="number">6957</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">6959</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6958</span></span></a>(</span>)
 </span></pre>
 
 
@@ -3912,7 +3913,7 @@ <h3 id="sec-matching" class="h3" data-heading-depth="3" style="display:block;fon
 <li class="li ol-li compact-li" style="margin-bottom:1ex"><em class="em-low1">The scope of an effect handler is delimited</em> by the handler definition. This is just like <code class="koka">shift</code>/<code class="koka">reset</code>
 but unlike <code class="code code2">call/cc</code>. Delimiting the scope of a resumption has various good properties, like efficient
 implementation strategies, but also that it allows for modular composition
-(see also Oleg Kiselyov&#39;s&nbsp;<a href="http://okmij.org/ftp/continuations/against-callcc.html" class="externalref">&#8220;against call/cc&#8221;</a>).
+(see also Oleg Kiselyov&#39;s&nbsp;<a href="http://okmij.org/ftp/continuations/against-callcc.html">&#8220;against call/cc&#8221;</a>).
 </li>
 <li class="li ol-li compact-li" style="margin-bottom:1ex"><em class="em-low1">Effect handlers can be composed freely</em>. This is unlike general <em class="em-low1">monads</em> which need monad transformers to
 compose in particular ways. Essentially effect handlers can compose freely because every effect handler
@@ -4026,10 +4027,10 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
   val x = mask&lt;raise&gt;(action)
   if x.is-odd then raise("wrong")   // internal exception
   x
-</span><span class="nicecode"><span class="decl-fun" id="mask_print"><span class="kw">fun</span> <a class="pp" href="#mask_print">mask-print<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>mask<span class="dash">-</span>print: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7129</span> int</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7224</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">7129</span><span class="op">&gt;</span> int) <span class="kw op">-></span> <span class="op">$</span><span class="number">7129</span> int</span></a> <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;7135</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7129</span> int) <span class="kw op">-></span> <span class="op">$</span><span class="number">7129</span> int<br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>
-  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="kw">=</span> <span class="kw">mask</span><span class="op">&lt;</span><a class="pp" href="#type_space_raise"><span class="tp">raise</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7129</span> int</span></a>)
-  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_odd">is-odd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>odd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">7129</span><span class="op">&gt;</span> bool</span></a> <span class="kw">then</span> <a class="pp" href="#raise">raise<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">7129</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">"wrong"<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>   <span class="comment">// internal exception
+</span><span class="nicecode"><span class="decl-fun" id="mask_print"><span class="kw">fun</span> <a class="pp" href="#mask_print">mask-print<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>mask<span class="dash">-</span>print: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7603</span> int</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7698</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">7603</span><span class="op">&gt;</span> int) <span class="kw op">-></span> <span class="op">$</span><span class="number">7603</span> int</span></a> <span class="kw">ctl</span> <a class="pp">raise<span class="pc">raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;7609</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7603</span> int) <span class="kw op">-></span> <span class="op">$</span><span class="number">7603</span> int<br></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp">42<span class="pc">literal: <span class="tp">int</span><br>dec  = 42<br>hex8 = 0x2A<br>bit8 = 0b00101010</span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="kw">=</span> <span class="kw">mask</span><span class="op">&lt;</span><a class="pp" href="#type_space_raise"><span class="tp">raise</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7603</span> int</span></a>)
+  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_odd">is-odd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>odd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">7603</span><span class="op">&gt;</span> bool</span></a> <span class="kw">then</span> <a class="pp" href="#raise">raise<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>raise: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">raise</span><span class="tp op">|$</span><span class="number">7603</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">"wrong"<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>   <span class="comment">// internal exception
 </span>  </span><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>
 </span></pre>
 
@@ -4056,7 +4057,7 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
 </p><pre class="koka source"><span class="plaincode">effect&lt;a&gt; val peek : a             // get the state
 effect&lt;a&gt; ctl poke( x : a ) : ()   // set the state to x
 </span><span class="nicecode"><a class="pp" href="#type_space_peek"><span class="tp">effect</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>peek: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">val</span> <span class="decl-val" id="peek"><a class="pp" href="#type_space_peek"><span class="tp">peek</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>peek: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>             <span class="comment">// get the state
-</span><a class="pp" href="#type_space_poke"><span class="tp">effect</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>poke: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">ctl</span> <span class="decl-fun" id="poke"><a class="pp" href="#type_space_poke"><span class="tp">poke</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>poke: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7269</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>   <span class="comment">// set the state to x
+</span><a class="pp" href="#type_space_poke"><span class="tp">effect</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>poke: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">ctl</span> <span class="decl-fun" id="poke"><a class="pp" href="#type_space_poke"><span class="tp">poke</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>poke: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7966</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>   <span class="comment">// set the state to x
 </span></span></pre>
 
 
@@ -4069,13 +4070,13 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
       with val peek = x
       resume(())
   action()
-</span><span class="nicecode"><span class="decl-fun" id="ppstate"><span class="kw">fun</span> <a class="pp" href="#ppstate">ppstate<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>ppstate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">poke</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">7322</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;</span>,poke<span class="op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_peek"><span class="tp">peek</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>peek: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_poke"><span class="tp">poke</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>poke: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7552</span> <span class="number">7551</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7324</span> <span class="op">$</span><span class="number">7323</span></span></a> <span class="kw">val</span> <a class="pp">peek<span class="pc">peek: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7324</span> <span class="op">$</span><span class="number">7322</span></span></a> <span class="kw">=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">7322</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">poke</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;</span>,peek<span class="op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span>) <span class="kw op">-></span> <span class="op">&lt;</span>peek<span class="op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span></span></a> <span class="kw">ctl</span> <a class="pp">poke<span class="pc">poke: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7322</span>, resume <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span>) <span class="kw op">-></span> <span class="op">&lt;</span>peek<span class="op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span><br></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7322</span></span></a>)
+</span><span class="nicecode"><span class="decl-fun" id="ppstate"><span class="kw">fun</span> <a class="pp" href="#ppstate">ppstate<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>ppstate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">poke</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">8019</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;</span>,poke<span class="op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_peek"><span class="tp">peek</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>peek: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_poke"><span class="tp">poke</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>poke: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8249</span> <span class="number">8248</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8021</span> <span class="op">$</span><span class="number">8020</span></span></a> <span class="kw">val</span> <a class="pp">peek<span class="pc">peek: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8021</span> <span class="op">$</span><span class="number">8019</span></span></a> <span class="kw">=</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">8019</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">poke</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;</span>,peek<span class="op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">&lt;</span>peek<span class="op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span></span></a> <span class="kw">ctl</span> <a class="pp">poke<span class="pc">poke: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8019</span>, resume <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">&lt;</span>peek<span class="op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span><br></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8019</span></span></a>)
     <span class="kw">mask</span><span class="op">&lt;</span><a class="pp"><span class="tp">peek</span><span class="pc">&#95;1: <span class="co">V</span></span></a><span class="op">&gt;</span>
-      <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7324</span> <span class="op">$</span><span class="number">7323</span></span></a> <span class="kw">val</span> <a class="pp">peek<span class="pc">peek: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7324</span> <span class="op">$</span><span class="number">7322</span></span></a> <span class="kw">=</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7322</span></span></a>
-      <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>)
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">7322</span><span class="op">&gt;</span>,poke<span class="op">&lt;$</span><span class="number">7322</span><span class="op">&gt;|$</span><span class="number">7324</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">7323</span></span></a>(</span>)
+      <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8021</span> <span class="op">$</span><span class="number">8020</span></span></a> <span class="kw">val</span> <a class="pp">peek<span class="pc">peek: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8021</span> <span class="op">$</span><span class="number">8019</span></span></a> <span class="kw">=</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8019</span></span></a>
+      <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>)
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">peek</span><span class="tp op">&lt;$</span><span class="number">8019</span><span class="op">&gt;</span>,poke<span class="op">&lt;$</span><span class="number">8019</span><span class="op">&gt;|$</span><span class="number">8021</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8020</span></span></a>(</span>)
 </span></pre>
 
 
@@ -4098,9 +4099,9 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
 </p><pre class="koka source"><span class="plaincode">fun emit-quoted1( action : () -&gt; &lt;emit,emit|e&gt; a ) : &lt;emit|e&gt; a
   with fun emit(msg) emit("\"" ++ msg ++ "\"")
   action()
-</span><span class="nicecode"><span class="decl-fun" id="emit_quoted1"><span class="kw">fun</span> <a class="pp" href="#emit_quoted1">emit-quoted1<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>quoted1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6259</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="number">6352</span><span class="op">&gt;</span> <span class="number">6351</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6259</span>) <span class="kw op">-></span> <span class="op">&lt;</span>emit<span class="op">|$</span><span class="number">6260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6259</span></span></a> <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="#emit">emit<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> string</span></a> <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> string</span></a> <a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6259</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="emit_quoted1"><span class="kw">fun</span> <a class="pp" href="#emit_quoted1">emit-quoted1<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>quoted1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8259</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="number">8352</span><span class="op">&gt;</span> <span class="number">8351</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8259</span>) <span class="kw op">-></span> <span class="op">&lt;</span>emit<span class="op">|$</span><span class="number">8260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8259</span></span></a> <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="#emit">emit<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> string</span></a> <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> string</span></a> <a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8260</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8259</span></span></a>(</span>)
 </span></pre>
 
 
@@ -4115,9 +4116,9 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
 </p><pre class="koka source"><span class="plaincode">fun emit-quoted2( action : () -&gt; &lt;emit|e&gt; a ) : &lt;emit|e&gt; a
   with override fun emit(msg) emit("\"" ++ msg ++ "\"" )
   action()
-</span><span class="nicecode"><span class="decl-fun" id="emit_quoted2"><span class="kw">fun</span> <a class="pp" href="#emit_quoted2">emit-quoted2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>quoted2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6359</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="number">6466</span><span class="op">&gt;</span> <span class="number">6465</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6359</span>) <span class="kw op">-></span> <span class="op">&lt;</span>emit<span class="op">|$</span><span class="number">6360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6359</span></span></a> <span class="kw">override</span> <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="#emit">emit<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> string</span></a> <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> string</span></a> <a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> )
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">6360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">6359</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="emit_quoted2"><span class="kw">fun</span> <a class="pp" href="#emit_quoted2">emit-quoted2<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit<span class="dash">-</span>quoted2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8359</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp kw op">|</span><span class="number">8466</span><span class="op">&gt;</span> <span class="number">8465</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_emit"><span class="tp">emit</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp sp">,</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8359</span>) <span class="kw op">-></span> <span class="op">&lt;</span>emit<span class="op">|$</span><span class="number">8360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8359</span></span></a> <span class="kw">override</span> <span class="kw">fun</span> <a class="pp">emit<span class="pc">emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>) <a class="pp" href="#emit">emit<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>emit: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> string</span></a> <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> string</span></a> <a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> )
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">emit</span><span class="tp op">|$</span><span class="number">8360</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8359</span></span></a>(</span>)
 </span></pre>
 
 
@@ -4128,9 +4129,9 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
 </p><pre class="koka source"><span class="plaincode">fun extra-wide( action )
   with override val width = 2&#42;width
   action()
-</span><span class="nicecode"><span class="decl-fun" id="extra_wide"><span class="kw">fun</span> <a class="pp" href="#extra_wide">extra-wide<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>extra<span class="dash">-</span>wide: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;6488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6475</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="number">14053</span><span class="op">&gt;</span> <span class="number">14040</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp sp">,</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;6488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6475</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;6488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6475</span></span></a> <span class="kw">override</span> <span class="kw">val</span> <a class="pp">width<span class="pc">width: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;6488</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">2<span class="pc">literal: <span class="tp">int</span><br>dec  = 2<br>hex8 = 0x02<br>bit8 = 0b00000010</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;6488</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp" href="#width">width<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>width: <span class="tp kw op">-></span> <span class="tp">width</span> <span class="tp">int</span></span></a>
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;6488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;6475</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="extra_wide"><span class="kw">fun</span> <a class="pp" href="#extra_wide">extra-wide<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>extra<span class="dash">-</span>wide: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;8488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;8475</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="number">18053</span><span class="op">&gt;</span> <span class="number">18040</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp sp">,</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;8488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;8475</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;8488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;8475</span></span></a> <span class="kw">override</span> <span class="kw">val</span> <a class="pp">width<span class="pc">width: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;8488</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">2<span class="pc">literal: <span class="tp">int</span><br>dec  = 2<br>hex8 = 0x02<br>bit8 = 0b00000010</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;8488</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp" href="#width">width<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>width: <span class="tp kw op">-></span> <span class="tp">width</span> <span class="tp">int</span></span></a>
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">width</span><span class="tp kw op">|</span><span class="tp tv">&#95;8488</span><span class="tp sp">&gt;</span> <span class="tp tv">&#95;8475</span></span></a>(</span>)
 </span></pre>
 
 
@@ -4193,9 +4194,9 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
 </p><pre class="koka source"><span class="plaincode">fun choice-random(action : () -&gt; &lt;choice,random|e&gt; a) : &lt;random|e&gt; a
   with fun choice() random-bool()
   action()
-</span><span class="nicecode"><span class="decl-fun" id="choice_random"><span class="kw">fun</span> <a class="pp" href="#choice_random">choice-random<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice<span class="dash">-</span>random: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">4761</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4760</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_choice"><span class="tp">choice</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp kw op">|</span><span class="number">4825</span><span class="op">&gt;</span> <span class="number">4824</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">4761</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4760</span>) <span class="kw op">-></span> <span class="op">&lt;</span>random<span class="op">|$</span><span class="number">4761</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4760</span></span></a> <span class="kw">fun</span> <a class="pp">choice<span class="pc">choice: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">4761</span><span class="op">&gt;</span> bool</span></a>() <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#random_bool">random-bool<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random<span class="dash">-</span>bool: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">4761</span><span class="op">&gt;</span> bool</span></a>()
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">4761</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4760</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="choice_random"><span class="kw">fun</span> <a class="pp" href="#choice_random">choice-random<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice<span class="dash">-</span>random: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">8712</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8711</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_choice"><span class="tp">choice</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp kw op">|</span><span class="number">8776</span><span class="op">&gt;</span> <span class="number">8775</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">8712</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8711</span>) <span class="kw op">-></span> <span class="op">&lt;</span>random<span class="op">|$</span><span class="number">8712</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8711</span></span></a> <span class="kw">fun</span> <a class="pp">choice<span class="pc">choice: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">8712</span><span class="op">&gt;</span> bool</span></a>() <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#random_bool">random-bool<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random<span class="dash">-</span>bool: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">8712</span><span class="op">&gt;</span> bool</span></a>()
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp sp">,</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">8712</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8711</span></span></a>(</span>)
 </span></pre>
 
 
@@ -4211,11 +4212,11 @@ <h3 id="sec-mask" class="h3" data-heading-depth="3" style="display:block;font-fa
     return(x)    [x]
     ctl choice() resume(False) ++ resume(True)
   action()
-</span><span class="nicecode"><span class="decl-fun" id="choice_all"><span class="kw">fun</span> <a class="pp" href="#choice_all">choice-all<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice<span class="dash">-</span>all: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">4654</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4653</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_choice"><span class="tp">choice</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4753</span> list<span class="op">&lt;</span><span class="number">4752</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">4654</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4653</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">4654</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4653</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4654</span> list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span></span></a>
-    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4653</span>) <span class="kw op">-></span> &#95;4657 list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4653</span></span></a>)    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4653</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <span class="kw">ctl</span> <a class="pp">choice<span class="pc">choice: <span class="tp sp">(</span><span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4654</span> list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4654</span> list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span><br></span></a>() <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4654</span> list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4654</span> list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span></span></a> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4654</span> list<span class="op">&lt;$</span><span class="number">4653</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>)
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">4654</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">4653</span></span></a>(</span>)
+</span><span class="nicecode"><span class="decl-fun" id="choice_all"><span class="kw">fun</span> <a class="pp" href="#choice_all">choice-all<span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice<span class="dash">-</span>all: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">8784</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8783</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_choice"><span class="tp">choice</span><span class="pc"><span class="mo">tour<span class="fslash last">/</span></span>choice: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8883</span> list<span class="op">&lt;</span><span class="number">8882</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp"><span class="kw">with</span><span class="pc">with: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">8784</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8783</span></span></a> <a class="pp"><span class="kw">handler</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">8784</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8783</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8784</span> list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span></span></a>
+    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8783</span>) <span class="kw op">-></span> &#95;8787 list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8783</span></span></a>)    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8783</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+    <span class="kw">ctl</span> <a class="pp">choice<span class="pc">choice: <span class="tp sp">(</span><span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8784</span> list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8784</span> list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span><br></span></a>() <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8784</span> list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8784</span> list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span></span></a> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8784</span> list<span class="op">&lt;$</span><span class="number">8783</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>)
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">choice</span><span class="tp op">|$</span><span class="number">8784</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">8783</span></span></a>(</span>)
 </span></pre>
 
 
@@ -4417,8 +4418,8 @@ <h4 id="sec-rcontrol" class="h4" data-heading-depth="4" style="display:block;fon
 <p class="p noindent">As an example, we consider
 insertion into a red-black tree&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#guibas1978dichromatic" title="A dichromatic framework for balanced trees
 Guibas and Sedgewick, 1978" class="bibref localref" style="target-element:bibitem"><span class="cite-number">3</span></a>]</span>.
-A polymorphic version of this example is part of the&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples" data-linkid="samples" class="externalref"><code class="code code2">samples</code></a> directory when you have
-installed Koka and can be loaded as <code class="code code2">:l</code>&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.kk" data-linkid="rbtree" class="externalref"><code class="code code2">samples/basic/rbtree</code></a>.
+A polymorphic version of this example is part of the&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples" data-linkid="samples"><code class="code code2">samples</code></a> directory when you have
+installed Koka and can be loaded as <code class="code code2">:l</code>&nbsp;<a href="https://github.com/koka-lang/koka/tree/master/samples/basic/rbtree.kk" data-linkid="rbtree"><code class="code code2">samples/basic/rbtree</code></a>.
 We define red-black trees as:
 </p><pre class="koka source unchecked"><span class="plaincode">type color
   Red
@@ -4658,10 +4659,10 @@ <h4 id="sec-rcontrol" class="h4" data-heading-depth="4" style="display:block;fon
 case where the input tree is shared, or where parts of the input tree are
 shared, making a single copy of those parts of the tree.
 </p>
-<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus" class="externalref">Read the Perceus technical report</a></p><h1 id="sec-koka-language-specification" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-koka-language-specification" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">4</span>.&#8194;</span>Koka language specification</h1>
+<p class="p learn button indent"><a href="https://www.microsoft.com/en-us/research/publication/perceus-garbage-free-reference-counting-with-reuse/" data-linkid="perceus">Read the Perceus technical report</a></p><h1 id="sec-koka-language-specification" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-koka-language-specification" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">4</span>.&#8194;</span>Koka language specification</h1>
 <p class="p noindent">This is the draft language specification of the Koka language, version v3.1.2<br>
 Currently only the lexical and context-free grammar are specified.
-The&nbsp;<a href="toc.html" data-linkid="stdlib" class="externalref">standard libraries</a> are documented separately.
+The&nbsp;<a href="toc.html" data-linkid="stdlib">standard libraries</a> are documented separately.
 </p><h2 id="sec-lexical-syntax" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-lexical-syntax" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">4.1</span>.&#8194;</span>Lexical syntax</h2>
 <p class="p noindent">We define the grammar and lexical syntax of the language using standard BNF
 notation where non-terminals are generated by alternative patterns:
@@ -4866,12 +4867,12 @@ <h4 id="sec-rcontrol" class="h4" data-heading-depth="4" style="display:block;fon
 For security
 <span class="citations" style="target-element:bibitem">[<a href="#boucher:trojan" title="Trojan Source: Invisible Vulnerabilities
 Boucher and Anderson, 2021" class="bibref localref" style="target-element:bibitem"><span class="cite-number">2</span></a>]</span>, some character ranges are excluded: the C0 and C1 
-<a href="https://en.wikipedia.org/wiki/C0_and_C1_control_codes" class="externalref">control codes</a> (except for space,
+<a href="https://en.wikipedia.org/wiki/C0_and_C1_control_codes">control codes</a> (except for space,
 tab, carriage return, and line feeds), surrogate characters, and bi-directional
 text control characters.
 </p><h2 id="sec-layout" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-layout" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">4.3</span>.&#8194;</span>Layout</h2>
 <p class="p noindent">Just like programming languages like
-<a href="http://www.haskell.org/onlinereport/haskell2010/haskellch10.html#x17-17800010.3" data-linkid="haskell" class="externalref">Haskell</a>,&nbsp;<a href="http://docs.python.org/2/reference/lexical_analysis.html" data-linkid="python" class="externalref">Python</a>,&nbsp;<a href="https://tc39.github.io/ecma262/#sec-rules-of-automatic-semicolon-insertion" data-linkid="javascript" class="externalref">JavaScript</a>,&nbsp;<a href="http://www.scala-lang.org/old/sites/default/files/linuxsoft_archives/docu/files/ScalaReference.pdf#page=13" data-linkid="scala" class="externalref">Scala</a>,&nbsp;<a href="http://golang.org/ref/spec#Semicolons" data-linkid="go" class="externalref">Go</a>, etc., there is a layout rule
+<a href="http://www.haskell.org/onlinereport/haskell2010/haskellch10.html#x17-17800010.3" data-linkid="haskell">Haskell</a>,&nbsp;<a href="http://docs.python.org/2/reference/lexical_analysis.html" data-linkid="python">Python</a>,&nbsp;<a href="https://tc39.github.io/ecma262/#sec-rules-of-automatic-semicolon-insertion" data-linkid="javascript">JavaScript</a>,&nbsp;<a href="http://www.scala-lang.org/old/sites/default/files/linuxsoft_archives/docu/files/ScalaReference.pdf#page=13" data-linkid="scala">Scala</a>,&nbsp;<a href="http://golang.org/ref/spec#Semicolons" data-linkid="go">Go</a>, etc., there is a layout rule
 which automatically adds braces and semicolons at appropriate places:
 </p>
 <ul class="ul list-star loose">
@@ -5006,9 +5007,9 @@ <h4 id="sec-rcontrol" class="h4" data-heading-depth="4" style="display:block;fon
 <p class="p noindent">The layout algorithm is performed on the token stream in-between lexing
 and parsing, and is independent of both. In particular, there are no intricate 
 dependencies with the parser (which leads to very complex layout rules, as is the 
-case in languages like&nbsp;<a href="http://www.haskell.org/onlinereport/haskell2010/haskellch10.html#x17-17800010.3" data-linkid="haskell" class="externalref">Haskell</a> or&nbsp;<a href="https://tc39.github.io/ecma262/#sec-rules-of-automatic-semicolon-insertion" data-linkid="javascript" class="externalref">JavaScript</a>).
+case in languages like&nbsp;<a href="http://www.haskell.org/onlinereport/haskell2010/haskellch10.html#x17-17800010.3" data-linkid="haskell">Haskell</a> or&nbsp;<a href="https://tc39.github.io/ecma262/#sec-rules-of-automatic-semicolon-insertion" data-linkid="javascript">JavaScript</a>).
 </p>
-<p class="p indent">Moreover, in contrast to purely token-based layout rules (as in&nbsp;<a href="http://www.scala-lang.org/old/sites/default/files/linuxsoft_archives/docu/files/ScalaReference.pdf#page=13" data-linkid="scala" class="externalref">Scala</a> or&nbsp;<a href="http://golang.org/ref/spec#Semicolons" data-linkid="go" class="externalref">Go</a> for example), 
+<p class="p indent">Moreover, in contrast to purely token-based layout rules (as in&nbsp;<a href="http://www.scala-lang.org/old/sites/default/files/linuxsoft_archives/docu/files/ScalaReference.pdf#page=13" data-linkid="scala">Scala</a> or&nbsp;<a href="http://golang.org/ref/spec#Semicolons" data-linkid="go">Go</a> for example), 
 the visual indentation in a Koka program corresponds directly to how the compiler 
 interprets the statements. Many tricky layout
 examples in other programming languages are often based on a mismatch between
@@ -5112,10 +5113,10 @@ <h4 id="sec-rcontrol" class="h4" data-heading-depth="4" style="display:block;fon
 which is more difficult to specify for a LALR(1) grammar.
 </p>
 <p class="p indent">The layout can be implemented as a separate transformation on the lexical token
-stream (see the 50 line&nbsp;<a href="https://github.com/koka-lang/koka/blob/dev/src/Syntax/Layout.hs#L181" data-linkid="haskelllayout" class="externalref">Haskell</a> implementation in the Koka compiler),
-or directly as part of the lexer (see the&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/lexer.l" data-linkid="flexlexer" class="externalref">Flex</a> implementation)
+stream (see the 50 line&nbsp;<a href="https://github.com/koka-lang/koka/blob/dev/src/Syntax/Layout.hs#L181" data-linkid="haskelllayout">Haskell</a> implementation in the Koka compiler),
+or directly as part of the lexer (see the&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/lexer.l" data-linkid="flexlexer">Flex</a> implementation)
 </p><h3 id="sec:lex-implementation" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec:lex-implementation" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">4.3.2</span>.&#8194;</span>Implementation</h3>
-<p class="p noindent">There is a full&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/lexer.l" data-linkid="flexlexer" class="externalref">Flex (Lex) implementation</a> of lexical
+<p class="p noindent">There is a full&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/lexer.l" data-linkid="flexlexer">Flex (Lex) implementation</a> of lexical
 analysis and the layout algorithm.
 Ultimately, the Flex implementation serves as <em class="em-low1">the</em>
 specification, and this document and the Flex implementation should
@@ -5362,47 +5363,47 @@ <h4 id="sec-rcontrol" class="h4" data-heading-depth="4" style="display:block;fon
 <tr><td class="tbody tr-odd col col-odd col-first" data-row="13" data-col="1">          </td><td class="tbody tr-odd col col-even" data-row="13" data-col="2"> <span style="padding:0ex 0.25ex">|</span> </td><td class="tbody tr-odd col col-odd" data-row="13" data-col="3"> <code class="koka"><span class="co">HX</span></code>                                           </td><td class="tbody tr-odd col col-even col-last" data-row="13" data-col="4"> (handled effect type)        </td></tr>
 <tr><td class="tbody tr-even tr-last col col-odd col-first" data-row="14" data-col="1">          </td><td class="tbody tr-even tr-last col col-even" data-row="14" data-col="2"> <span style="padding:0ex 0.25ex">|</span> </td><td class="tbody tr-even tr-last col col-odd" data-row="14" data-col="3"> <code class="koka"><span class="co">HX1</span></code>                                          </td><td class="tbody tr-even tr-last col col-even col-last" data-row="14" data-col="4"> (handled linear effect type) </td></tr></tbody></table><h3 id="sec-implementation" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-implementation" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">4.4.15</span>.&#8194;</span>Implementation</h3>
 <p class="p noindent">As a companion to the Flex lexical implementation, there is a full
-Bison(Yacc) LALR(1)&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/parser.y" data-linkid="bisongrammar" class="externalref">implementation</a>
+Bison(Yacc) LALR(1)&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/parser.y" data-linkid="bisongrammar">implementation</a>
 available. Again, the Bison parser functions
 as <em class="em-low1">the</em> specification of the grammar and this document should always
 be in agreement with that implementation.
 </p>
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-<div id="xie:evp" class="bibitem" data-cite-year="2021b" data-cite-authors="Xie and Leijen" data-cite-authors-long="Xie and Leijen" data-cite-label="25" data-line="koka.bib:69" style="text-indent:-2rem;margin-left:2rem;searchterm:Generized%20Evidence%20Passing%20for%20Effect%20Handlers%20%26ndash%3B%20Efficient%20Compilation%20of%20Effect%20Handlers%20to%20C%20Xie%20and%20Leijen%2C%202021b;spellcheck:false;bibitem-label:\5C [25\5C ]"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[25]</span>Ningning Xie, and Daan Leijen. &#8220;Generized Evidence Passing for Effect Handlers &#8211; Efficient Compilation of Effect Handlers to C.&#8221; In <em class="em-low1">Proceedings of the 26th ACM SIGPLAN International Conference on Functional Programming (ICFP’2021)</em>. ICFP ’21. Virtual. Aug. 2021.&nbsp;<a href="http://www.bing.com/search?q=Generized%20Evidence%20Passing%20for%20Effect%20Handlers%20%26ndash%3B%20Efficient%20Compilation%20of%20Effect%20Handlers%20to%20C%20Xie%20and%20Leijen%2C%202021b" class="bibsearch externalref">&#128270;</a></div></div></div><h1 id="sec-appendix" class="clearnum h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Appendix</h1><h1 id="sec-full-grammar-specification" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-full-grammar-specification" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">A</span>.&#8194;</span>Full grammar specification</h1><h2 id="sec:full-lexical" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec:full-lexical" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">A.1</span>.&#8194;</span>Lexical syntax</h2>
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+<div id="pretnar:handlers" class="bibitem" data-cite-year="2009" data-cite-authors="Plotkin and Pretnar" data-cite-authors-long="Plotkin and Pretnar" data-cite-label="21" data-line="koka.bib:267" style="text-indent:-2rem;margin-left:2rem;searchterm:Handlers%20of%20Algebraic%20Effects%20Plotkin%20and%20Pretnar%2C%202009;spellcheck:false;bibitem-label:\5C [21\5C ]"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[21]</span>Gordon D.&#160;Plotkin, and Matija Pretnar. &#8220;Handlers of Algebraic Effects.&#8221; In <em class="em-low1">18th European Symposium on Programming Languages and Systems</em>, 80–94. ESOP’09. York, UK.&#160;Mar. 2009. doi:<a href="https://dx.doi.org/10.1007/978-3-642-00590-9_7" class="bib-doi" style="font-size:smaller">10.1007/978-3-642-00590-9_7</a>.&nbsp;<a href="http://www.bing.com/search?q=Handlers%20of%20Algebraic%20Effects%20Plotkin%20and%20Pretnar%2C%202009" class="bibsearch">&#128270;</a></div>
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+<div id="xie:evp" class="bibitem" data-cite-year="2021b" data-cite-authors="Xie and Leijen" data-cite-authors-long="Xie and Leijen" data-cite-label="25" data-line="koka.bib:69" style="text-indent:-2rem;margin-left:2rem;searchterm:Generized%20Evidence%20Passing%20for%20Effect%20Handlers%20%26ndash%3B%20Efficient%20Compilation%20of%20Effect%20Handlers%20to%20C%20Xie%20and%20Leijen%2C%202021b;spellcheck:false;bibitem-label:\5C [25\5C ]"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[25]</span>Ningning Xie, and Daan Leijen. &#8220;Generized Evidence Passing for Effect Handlers &#8211; Efficient Compilation of Effect Handlers to C.&#8221; In <em class="em-low1">Proceedings of the 26th ACM SIGPLAN International Conference on Functional Programming (ICFP’2021)</em>. ICFP ’21. Virtual. Aug. 2021.&nbsp;<a href="http://www.bing.com/search?q=Generized%20Evidence%20Passing%20for%20Effect%20Handlers%20%26ndash%3B%20Efficient%20Compilation%20of%20Effect%20Handlers%20to%20C%20Xie%20and%20Leijen%2C%202021b" class="bibsearch">&#128270;</a></div></div></div><h1 id="sec-appendix" class="clearnum h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Appendix</h1><h1 id="sec-full-grammar-specification" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec-full-grammar-specification" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">A</span>.&#8194;</span>Full grammar specification</h1><h2 id="sec:full-lexical" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec:full-lexical" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">A.1</span>.&#8194;</span>Lexical syntax</h2>
 <div id="full-lexical" class="div"></div><h2 id="sec:full-grammar" class="h2" data-heading-depth="2" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif"><a href="#sec:full-grammar" class="entity-anchor fa fa-link localref"></a><span class="heading-before"><span class="heading-label">A.2</span>.&#8194;</span>Context-free syntax</h2>
 <div id="full-grammar" class="div"></div></div></div></div><span data-line=""></span>
 <div class="footnotes madoko">
 <hr >
 
 <div id="fn-fn-utf8" class="footnote" style="line-adjust:0">
-<p class="p noindent"><span class="footnote-before"><sup><span class="footnote-label">1</span>.</sup></span>This is used for example in the&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/lexer.l" data-linkid="flexlexer" class="externalref">Flex</a> implementation.
+<p class="p noindent"><span class="footnote-before"><sup><span class="footnote-label">1</span>.</sup></span>This is used for example in the&nbsp;<a href="https://github.com/koka-lang/koka/blob/master/doc/spec/grammar/lexer.l" data-linkid="flexlexer">Flex</a> implementation.
 In particular, we only need to adapt the <em class="em-low1">char</em> definition:
 </p><table class="grammar lex madoko block">
 <tbody><tr><td class="tbody tr-odd tr-first col col-odd col-first" data-row="1" data-col="1"> <em class="em-low1">char</em>     </td><td class="tbody tr-odd tr-first col col-even" data-row="1" data-col="2"> ::=    </td><td class="tbody tr-odd tr-first col col-odd" data-row="1" data-col="3"> <em class="em-low1">unicode</em><span class="diff"><sub><span style="padding-right:0.5ex">&lt;!</span><em class="em-low1">control</em> <span style="padding:0ex 0.25ex">|</span> <em class="em-low1">surrogate</em> <span style="padding:0ex 0.25ex">|</span> <em class="em-low1">bidi</em>&gt;</sub></span>  </td><td class="tbody tr-odd tr-first col col-even col-last" data-row="1" data-col="4">               </td></tr>
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diff --git a/doc/index.html b/doc/index.html
index c2924c434..799b6f027 100644
--- a/doc/index.html
+++ b/doc/index.html
@@ -208,15 +208,6 @@
   .madoko .pretty td.expander {
     width: 100em;
   }
-  .madoko span.math-rendering {
-    display:inline-block;
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-    font-size:70%;
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-  .madoko span.math-rendering::-webkit-scrollbar {
-    width:4px;
-  }
   body.madoko, .madoko .serif {
     font-family: Cambria,"Times New Roman","Liberation Serif","Times",serif;
   }
@@ -1092,7 +1083,7 @@
 <div class="wide heading">
 <div class="content heading">
 
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" 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" alt="koka-logo" data-path="images/koka-logo-filled.png" data-linkid="koka-logo" style="max-height:120px;padding:0em"></a>
 <!--
 [<img align="right" src="https://badges.gitter.im/koka-lang/koka.svg"/>](https://gitter.im/koka-lang/koka?utm_source=badge&utm_medium=badge&utm_campaign=pr-badge&utm_content=badge)
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@@ -1135,9 +1126,9 @@
 <p class="p noindent">Welcome to Koka &#8211; a strongly typed functional-style language with effect types and handlers.
 </p>
 <p class="p indent" style="text-align:left"><a href="#install" title="Install" class="learn button localref" style="target-element:h1">Install <span class="fa fa-angle-double-down"></span></a>
-<a href="https://koka-lang.github.io/koka/doc/book.html" data-linkid="kokabook" class="button learn externalref" target="_top">Get Started</a>
-<a href="https://koka-lang.github.io/koka/doc/book.html" data-linkid="kokabook" class="button learn externalref" target="_top">Documentation</a>
-<a href="https://github.com/koka-lang/koka" data-linkid="kokarepo" class="button learn externalref" target="_top">Github</a></p>
+<a href="https://koka-lang.github.io/koka/doc/book.html" data-linkid="kokabook" class="button learn" target="_top">Get Started</a>
+<a href="https://koka-lang.github.io/koka/doc/book.html" data-linkid="kokabook" class="button learn" target="_top">Documentation</a>
+<a href="https://github.com/koka-lang/koka" data-linkid="kokarepo" class="button learn" target="_top">Github</a></p>
 <div class="smaller" style="font-size:smaller">
 <p class="p noindent">Note: Koka v3 is a research language that is currently under development
 and not ready for production use.
@@ -1148,145 +1139,155 @@
 <div class="news">
 <p class="p noindent">News:
 </p>
-<ul class="ul list-star news-items loose">
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2024-03-14: Xavier Leroy is teaching a fantastic
-<a href="https://www.college-de-france.fr/fr/agenda/cours/structures-de-controle-de-goto-aux-effets-algebriques" class="externalref">lecture series</a> on
-control structures and algebraic effects at the Coll&#232;ge de France with many invited talks available online.<br>
-March 14 at 11:15am Paris time there is a talk on the &#8220;design and compilation of efficient effect handlers in Koka&#8221; that you can&nbsp;<a href="https://zoom.us/j/97263064104?pwd=dVVTVWRBR2p2QzJKeUpGOUpLRE45dz09" class="externalref">follow live on Zoom</a>.
+<ul class="ul list-dash news-items loose">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2024-05-30: Koka v3.1.2 released which fixes Koka installs outside a VS Code workspace.
+</p></li>
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2024-05-30: Read the&nbsp;<a href="https://www.microsoft.com/en-us/research/uploads/prodnew/2024/05/fiptree-full.pdf">paper</a>
+on &#8220;<em class="em-low1">The Functional Essence of Binary Search Trees</em>&#8221; by Anton Lorenzen, Daan Leijen, Sam Lindley,
+and Wouter Swierstra to be presented at&nbsp;<a href="https://pldi24.sigplan.org/">PLDI&#39;24</a> on June 27.
+</p></li>
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2024-05-30: View the&nbsp;<a href="https://www.college-de-france.fr/fr/agenda/seminaire/structures-de-controle-de-goto-aux-effets-algebriques/design-and-compilation-of-efficient-effect-handlers-in-the-koka-language">talk</a> 
+on the design and compilation of efficient effect handlers in Koka as part 
+of Xavier Leroy&#39;s beautiful
+<a href="https://xavierleroy.org/CdF/2023-2024/index.html">lecture series</a> on
+control structures and algebraic effects at the Coll&#232;ge de France 
+(with many other invited talks available online).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-03-04: Koka v3.1.1 released with a language server crash fix.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-02-14: Koka v3.1.0 released with a concurrent build system
 and improved language service over the stdio protocol. Redesign of named effect
 typing to match the formal system more closely. See <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">samples/handlers/</span>named</code> for examples.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-01-25: Koka v3.0.4 released with improved VS Code hover and inlay information.
 Splits <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">std/</span>core</code> in multiple modules, fixes bug in infinite expansion for implicits
 and various other small improvements.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2024-01-13: Koka v3.0.1 released with improved VS Code integration and inlay hints. Initial support for
 locally qualified names and implicit parameters (see the <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">samples/</span>syntax</code>). Various small bug fixes.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2023-12-30: Koka v2.6.0 released with VS Code language integration with type information, jump to definition,
 run test functions directly from the editor, automatic Koka installation, and many more things.
-Special thanks to&nbsp;<a href="https://github.com/TimWhiting" class="externalref">Tim Whiting</a> and&nbsp;<a href="https://github.com/fwcd" class="externalref">Fredrik Wieczerkowski</a> for all their work on making this possible!
+Special thanks to&nbsp;<a href="https://github.com/TimWhiting">Tim Whiting</a> and&nbsp;<a href="https://github.com/fwcd">Fredrik Wieczerkowski</a> for all their work on making this possible!
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2023-12-27: Update of the technical report on &#8220;<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/07/fiptree-tr-v4.pdf" data-linkid="fiptree-tr" class="externalref">The functional essence of binary trees</a>&#8221; where we use fully-in-place programming and
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2023-12-27: Update of the technical report on &quot;<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/07/fiptree-tr-v4.pdf" data-linkid="fiptree-tr">The functional essence of binary trees</a>&quot; where we use fully-in-place programming and
 the new hole contexts to create fully verified functional implementations of binary search tree
 algorithms with performance on par with imperative C implementations.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2023-07-03: Koka v2.4.2 released: add support for <code class="code code1 language-koka lang-koka koka colorized">fip</code> and <code class="code code1 language-koka lang-koka koka colorized">fbip</code> keywords described
 in &#8220;FP<sup>2</sup>: Fully in-Place Functional Programming&#8221;
-(ICFP&#39;23) [<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/05/fbip.pdf" class="externalref">pdf</a>].
+(ICFP&#39;23) [<a href="https://www.microsoft.com/en-us/research/uploads/prod/2023/05/fbip.pdf">pdf</a>].
 Various fixes and performance improvements.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2021-02-04 (pinned) The&nbsp;<a href="https://www.youtube.com/channel/UCS4FAVeYW_IaZqAbqhlvxlA" class="externalref">Context Free</a>
-youtube channel posted a short and fun&nbsp;<a href="https://www.youtube.com/watch?v=olISecOUX1g&amp;t=959s" class="externalref">video</a>
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2021-02-04 (pinned) The&nbsp;<a href="https://www.youtube.com/channel/UCS4FAVeYW_IaZqAbqhlvxlA">Context Free</a>
+youtube channel posted a short and fun&nbsp;<a href="https://www.youtube.com/watch?v=olISecOUX1g&amp;t=959s">video</a>
 about effects in Koka (and 12 (!) other languages).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-01 (pinned) The ICFP&#39;21 tutorial
 &#8220;<em class="em-low1">Programming with Effect Handlers and FBIP in Koka</em>&#8221; is now available on
-<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA" class="externalref">youtube</a>.
+<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA">youtube</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2022-02-07: Koka v2.4.0 released: improved specialization and <code class="code code1 language-koka lang-koka koka colorized">int</code> operations, add <code class="code code1 language-koka lang-koka koka colorized">rbtree-fbip</code> sample,
 improve grammar (<code class="code code1 language-koka lang-koka koka colorized">pub</code> (instead of <code class="code code2">public</code>, remove private (as everything is private by default now)),
 <code class="code code1 language-koka lang-koka koka colorized">final ctl</code> (instead of <code class="code code1 language-koka lang-koka koka colorized">brk</code>), underscores in number literals, etc), rename <code class="code code1 language-koka lang-koka koka colorized">double</code> to <code class="code code1 language-koka lang-koka koka colorized">float64</code>, various bug fixes.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-12-27: Koka v2.3.8 released: improved <code class="code code1 language-koka lang-koka koka colorized">int</code> performance, various bug fixes, update wasm backend,
 initial conan support, fix js backend.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-11-26: Koka v2.3.6 released:
 <code class="code code1 language-koka lang-koka koka colorized">maybe</code>-like types are already value types, but now also no longer need heap allocation
 if not nested (and <code class="code code1 language-koka lang-koka koka colorized">[<span style="color:purple">Just</span>(<span class="constant" style="color:purple">1</span>)]</code> uses the same heap space as <code class="code code1 language-koka lang-koka koka colorized">[<span class="constant" style="color:purple">1</span>]</code>),
 improved atomic refcounting (by Anton Lorenzen), improved specialization (by Steven Fontanella),
 various small fixes, add <code class="code code1 language-koka lang-koka koka colorized"><span style="color:navy">std/os/</span>readline</code>, fix build on freeBSD
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-10-15: Koka v2.3.2 released, with initial wasm support
-(use <code class="code code1 language-koka lang-koka koka colorized">--target<span style="color:blue">=</span>wasm</code>, and install&nbsp;<a href="https://emscripten.org/docs/getting_started/downloads.html" data-linkid="emscripten" class="externalref">emscripten</a> and&nbsp;<a href="https://wasmtime.dev/" data-linkid="wasmtime" class="externalref">wasmtime</a>),
+(use <code class="code code1 language-koka lang-koka koka colorized">--target<span style="color:blue">=</span>wasm</code>, and install&nbsp;<a href="https://emscripten.org/docs/getting_started/downloads.html" data-linkid="emscripten">emscripten</a> and&nbsp;<a href="https://wasmtime.dev/" data-linkid="wasmtime">wasmtime</a>),
 improved reuse specialization (by Anton Lorenzen), and various bug fixes.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-29: Koka v2.3.1 released, with improved TRMC optimizations, and improved reuse
 (the rbtree benchmark is as fast as C++ now), and
 faster effect operations. Experimental: allow elision of <code class="code code1 language-koka lang-koka koka colorized"><span style="color:blue">-&gt;</span></code> in anonymous
 function expressions (e.g. <code class="code code1 language-koka lang-koka koka colorized">xs<span style="color:blue">.</span>map( fn(x) x + <span class="constant" style="color:purple">1</span> )</code>) and operation clauses.
 Command line options changed a bit with <code class="code code2">.koka</code> as the standard output directory.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-20: Koka v2.3.0 released, with new
-<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout" class="externalref">brace elision</a> and if/match
+<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout">brace elision</a> and if/match
 conditions without parenthesis. Updated the javascript backend
 using ES6 modules and BigInt. new <code class="code code1 language-koka lang-koka koka colorized"><span style="color:blue">module</span> <span style="color:navy">std/num/int64</span></code>, improved effect operation performance.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-09-05: Koka v2.2.1 released, with initial parallel tasks, the binary-trees benchmark, and
-<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout" class="externalref">brace elision</a>.
+<a href="https://koka-lang.github.io/koka/doc/book.html#sec-layout">brace elision</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-26: Koka v2.2.0 released, improved simplification (by Rashika B), cross-module specialization (Steven Fontanella),
 and borrowing annotations with improved reuse analysis (Anton Lorenzen).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-26: At 12:30 EST was the live Koka tutorial at
-<a href="https://icfp21.sigplan.org/details/icfp-2021-tutorials/5/Programming-with-Effect-Handlers-and-FBIP-in-Koka" class="externalref">ICFP&#39;21</a>,
-see it on&nbsp;<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA" class="externalref">youtube</a>.
+<a href="https://icfp21.sigplan.org/details/icfp-2021-tutorials/5/Programming-with-Effect-Handlers-and-FBIP-in-Koka">ICFP&#39;21</a>,
+see it on&nbsp;<a href="https://www.youtube.com/watch?v=6OFhD_mHtKA">youtube</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-23: &#8220;<em class="em-low1">Generalized Evidence Passing for Effect Handlers</em>&#8221;, by Ningning Xie and Daan Leijen presented at ICFP&#39;21.
-See it on&nbsp;<a href="https://www.youtube.com/watch?v=yAT0qYlD0UM&amp;list=PLyrlk8Xaylp5ed_Yhg2oTdVhrtVohVaoa&amp;index=40" class="externalref">youtube</a>
-or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/generalized-evidence-passing-for-effect-handlers/" class="externalref">paper</a>.
+See it on&nbsp;<a href="https://www.youtube.com/watch?v=yAT0qYlD0UM&amp;list=PLyrlk8Xaylp5ed_Yhg2oTdVhrtVohVaoa&amp;index=40">youtube</a>
+or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/generalized-evidence-passing-for-effect-handlers/">paper</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-08-22: &#8220;<em class="em-low1">First-class Named Effect Handlers</em>&#8221;, by Youyou Cong, Ningning Xie, and Daan Leijen presented at HOPE&#39;21.
-See it on&nbsp;<a href="https://www.youtube.com/watch?v=3HsI4__8RQM&amp;list=PLyrlk8Xaylp6Q52MwsRZBUSIRL3wOk_k1&amp;index=4" class="externalref">youtube</a>
-or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/first-class-named-effect-handlers/" class="externalref">paper</a>.
+See it on&nbsp;<a href="https://www.youtube.com/watch?v=3HsI4__8RQM&amp;list=PLyrlk8Xaylp6Q52MwsRZBUSIRL3wOk_k1&amp;index=4">youtube</a>
+or read the&nbsp;<a href="https://www.microsoft.com/en-us/research/publication/first-class-named-effect-handlers/">paper</a>.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-06-23: Koka v2.1.9 released, initial cross-module specialization (by Steven Fontanella).
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-06-17: Koka v2.1.8 released, initial Apple M1 support.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>The&nbsp;<a href="https://www.microsoft.com/en-us/research/uploads/prod/2020/11/perceus-tr-v1.pdf" data-linkid="perceus" class="externalref">Perceus</a> paper won a distinguished paper award at PLDI&#39;21!
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>The&nbsp;<a href="https://www.microsoft.com/en-us/research/uploads/prod/2020/11/perceus-tr-v1.pdf" data-linkid="perceus">Perceus</a> paper won a distinguished paper award at PLDI&#39;21!
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-06-10: Koka v2.1.6 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-05-31: Koka v2.1.4 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-05-01: Koka v2.1.2 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-03-08: Koka v2.1.1 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2021-02-14: Koka v2.0.16 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2020-12-12: Koka v2.0.14 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
 <p>2020-12-02: Koka v2.0.12 released.
 </p></li>
-<li class="li ul-li list-star-li news-items-li loose-li" style="margin-bottom:1ex">
-<p>2020-11-29: Perceus technical report publised (<a href="https://www.microsoft.com/en-us/research/uploads/prod/2020/11/perceus-tr-v1.pdf" data-linkid="perceus" class="externalref">pdf</a>).
+<li class="li ul-li list-dash-li news-items-li loose-li" style="margin-bottom:1ex">
+<p>2020-11-29: Perceus technical report publised (<a href="https://www.microsoft.com/en-us/research/uploads/prod/2020/11/perceus-tr-v1.pdf" data-linkid="perceus">pdf</a>).
 </p></li></ul></div></div></div>
 <div class="wide"><h1 id="why" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Why Koka?</h1></div>
 <div class="content">
@@ -1335,7 +1336,7 @@
 
 <div class="banner">
 <p class="p noindent"><span class="banner-caption">Learn more</span>
-<a href="book.html#why" class="learn button externalref">Read more about these core concepts</a></p></div></div></div>
+<a href="book.html#why" class="learn button">Read more about these core concepts</a></p></div></div></div>
 <div class="wide"><h1 id="install" class="h1" data-heading-depth="1" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Install</h1></div>
 <div class="content">
 <!--
@@ -1349,9 +1350,9 @@
 
 
 <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Install with the VS Code editor</h3>
-<p class="p noindent"><a href="https://marketplace.visualstudio.com/items?itemName=koka.language-koka" class="externalref"><img src="data:image/png;base64,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" title="VS Code Extension Installation" alt="vscode-install" data-path="images/vscode-install.png" data-linkid="vscode-install" class="floatright externalref"></a>
+<p class="p noindent"><a href="https://marketplace.visualstudio.com/items?itemName=koka.language-koka"><img 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" title="VS Code Extension Installation" alt="vscode-install" data-path="images/vscode-install.png" data-linkid="vscode-install" class="floatright"></a>
 </p>
-<p class="p noindent">The easiest way to start with Koka is to use the excellent&nbsp;<a href="https://code.visualstudio.com/" data-linkid="vscode" class="externalref">VS Code editor</a>
+<p class="p noindent">The easiest way to start with Koka is to use the excellent&nbsp;<a href="https://code.visualstudio.com/" data-linkid="vscode">VS Code editor</a>
 and install the Koka extension.
 Go to the extension panel, search for <code class="code code2">Koka</code> and
 install the official extension as shown on the right.
@@ -1379,17 +1380,17 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 When you click <code class="code code2">run debug</code> (or <code class="code code2">optimized</code>) Koka compiles and runs the function,
 showing the output in the VS Code terminal.
 </p>
-<p class="p indent"><img 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BznDWhJLwiTo1ZerrtfiBZTfdzpZWKtvJH8kr+8u/5SsvQyT36nv4o8FR6Uy6Xrk8to//EexnQi4+augL+f0YkGotP3o8/629HLh/zHZwJ+b1SXxRmZ2UYGwqrW4KvWtm1bMkM1WwZoODo6pqXJLmdALXp67OcsLy+PmwQAgMZMdtIm33/E632Lt46xQ0szXcm97nnPn7xIF5cUq3qw1wwK8K27dHTQl8xFQ5z1OCLsVlJGekFhIX2VKDcvOyUl8Vmmjq2NiQ5XTKjNvHiRJqYzaEoMDQ3JMUOOH7G4KS4+SNl28e5grSuQyE88H/aQ5teEa68hrUxqd5bVZ+/zwQgXA25peC8u//rXo2L6DECTpdtn/DhPK/rBzY7+c/e1NPpM/XJ1dnE20hBokkdxxuOEiHyazzNr8aaDoSRfo+Tlk0tJRTQfFNDq2s6xhS63GfMS7qbU9ylTbmflvYgLa9b3q8sdsSUZcXJHLDR/Df1Ba/yEpgPbmOtJTgWC/JSQp7k0v/YZeHVsYVqLbyQ0fUO25Hkp/5TOUH6nZz++3SA7Pf1+lrVnFzvuQtTAxk4nOuxh3W1aNRTH39d069fWTJtdIF0LR6u0fyMbUYPZvPxCPV3tWqyXYCR3QJKErIafy1SYIBp7N0F6enodO3YcPXr0lClT/ve//82SmDlz5rRp0yZMmNC3b1+uJ18AAADVyHcth3wLvsb4mgItAffQrH57VasWVnQmgqIXD2LyFccMRNkPH77kSd/OwtKY5jcxXDDjtT9ymj5NbV1yWcnR0aqd3amlQ2fIzpLmNRC9Qe/0sqXLopd/95+LBfQJgCbM490B7qb0sOYl3AyOofn1rkjM09XWkjwE2vKnj6wCHs3X0hPga0I1vrYW3VZkMzbAKVNDIH33BuhGo55pCUo3dZkjFpq/hv6gNX58TT26fbR06/a8zdeRe6NaeKdCMSM3Q5rJyssplOY34E6/f/xmIo9+ZRs69xnBDmbboAouno7OpwukZ9ph0Nst6BONAUP+q1Xktyqt9VBPI+0miKyGi4tLjx49jI3ZqgOaq0RBQcGdO3du3LhBEjSrjqGbIACAJoQ7aadj9DKWsVO/gc5c9z4vbpwNr14jebmZMCkRJy4qb/WqfsnGy87OjvxNTk4uLGxsQ0+NnrfxDXvJVdKz87PWHZHk6bbpN/KNnm4trY11Nblxs/KzXsSFn973R5iKsaCZbtNXTWonGei3KObPL346J5bk6rbu5zO4j7uTuYGOpJVtcVFexovHt87tOxqmbGSy0Qs2vWFL0xXl3dm9YFsYnVDBc/raD9pJBiLLu7tnwdbrbKr8wpBFzXrxKOrf00EXH1Rsq1k6hyor3ZiVemfepgH2XFLNV3WbumZSe0lD7uy7u7/aKtkWum36+wzp497KzECTW7PioqyXkjW7oGDNFGvx7ldf9qNN0fMe/LEw4CK3C+uR3K5/dm7Wuj+5ZEXyuybh3Oy1f5Zb0jKbaNHWMPbp2thELMN2A0a80au1vYmRrvQoIrMqEolepcfHhd84e/XKM1UfE3JKs+vVc2DXzk7l55D7Mj7u7tW/Tl1JUn9xJAvTW26lyCGdnfryWczVkOBz99Qf+0/RShFFBFmv1NTEuzdOB1+ppE84RteqY6/+vTq2trc30tWUzaeoKO/Vy/iYq+f+PndX9ZYp3a1FD47MCTgvyay444ryUhMf3w7Z9+cNtVaw36dr3nWlHR+8+Hf16oMvuHT969aj/0duXB9cL87uuhEkSbHMXdaNaMst4suwk8silQ2W32LBR124k0V86PG1DyQpgZ5Pl7YdHczM9bQZ9kxeIsp59eLp47M3n4ep6pROf8a7/d0lyyKKDZ3zbzo9Xesb+nRo6+FoYqgtYKfFotyMlMdR93+PzVW2rUtXKvv+rj9iuVNzmxYOb3ZxbGmsLxBIqhWKCzLTEiJvPgp6XqDmwa2rpd+vvb2ng62ZvraADt9YIioQ5WW+YowtDSVLV34z1o82XQO86GmydC8oYd3O8+vutJ8dJu/RwcB7F+mEUj5Dhg+0oenMO2e+ulH3VRMC7YEu9t3a2Frr69H9RRQW5Oak5+pYm9PzbHZU8IUtL7l0nZBf8Ypy711YcC1b9TdSSw/PL7pJtzYjenH13DfRyjuW1HVYNq69ubSKKPPehZXXspUenGQTubXq1dLSrHQTcUfji/j4tFRGz96+hZ0x8+DUpTrdRKX4Gr1ateznLr/LyPLkvkpOuBsdfzKhQP1Tf6190Kq/iUrPRZVSehjwTWaN9Woju1zLjv39yP0rCnsolRjYx9tH2hsOU/jibNCNIOUnJmsL86GtW7Z1NDLU4s6x7IlRVJiXms6YWUu3UOJN/9MVvyBLz9iVUnkyaTH/oy4OXDLx5szTz9ktwNfu59Gqn7OttaFkqcQlotxXz+5HHovMfKB8xaVKZ0g26fxr2ZIkq/RjWPAoaP+9s5JkA3CauHROTzp4edHj04t+CK7KVVod0H1j5rLRrekRlhW+ddHOu1y6waWmZ5oaG1Ra3V0lzs7OZIZqdhPUGIMBLVq0GDRokImJdJhs9ZCf6NeuXbt9+3ZJSeWfoRpCMAAAoAnhTtoZGaprMl4TJq0GDHaR1PkyiWGnbzySpKpKbiZM5oMzJ+OUXudZthk0wIm7ABM9CzsZ2hT7JbS3Z38OJCUlNb5gwLtfbRnkILmoiz87fdUhPdfR/tOGtNKVVgiUUZJ5/+jWH04p2+Pd/ddP8eD26bMzM775Q6znOmzqlFFuhpKs8opSr+9ftf2yog5J3/166yA2eqJYXsSOzzf/RydU6On/w0cekgMnL3LX5wFXDQdMnf9uV3O5mk45eY9O/LTuaLk1K51DlUk2Jk1XYuxXWwfSX3lqvqr7p99P6cDVdEfumBvwn8mAaZ+/29lSyZo9PvHT2vJrppDH1HX+XenOyrwRsGBbpOqal7ogt+vjz0xf9QeXrEh+13AHG5eWKrOJ5gX8Z1wrm0jP9c0pH7zpYUa72lWMHJ9zNv+ncNMZug+bMMa7s43iT4RM5r2jO7adiK6sr15Dzw9mTuxtr/wAzXtyfv/WA5X2P99qqL/fsEpWisxM8iGiExXotfB6+4PhPVqZqf64FL0I3f397v+UVlTJ7Vbus6DXdti0yaPaSrsPLkvFKUSO3qh5a4c5cxU2RY9OLFh3NEeSbpJsvv64G3eyePrvX99EM66tO0zv56SnsBKg8OW1k6Hbk+lUBQYzx3u35yrgEsKmnUgU87Xf6t19dBsTWttVVlHKnX3HHv+r6Pdxj15v+HE1ednR2w88uKZlNGNYz84WcqP9yMl9fG3T2aRKPmt84cRBPQbY6ytckrKe//PrdTVPtLXG1fOXPi24JLcXVOHbfD25G/cNS9Y++u8z3ydyaSW0bJd/0LUFV16cfH7P1X11e8kgGNKr61vtLBUfQmVk3zl67qe6vBdj7LC3Byu/CSA3KuTzK1mVfSUJxg4bNNiWVs8youfnD13fp/gEoe03ZmgPWUVR+p2fDj++QyfKIZvIc3Q7c81GsIkkNHq4t5/Q00HVLst+ev6fO/tSlcUUpWrtg1bDTSR3LqqMisNAz7LNipGuhtJlyL0X8tXlLIU7X69Vp/VvOMiOkkfnTqxRckrSM7WdM6izg6HCC+KyEsI+OVHxs116xq6UypOJzaKPuzlyScnp2sDGecEb7hYKv7Xzn//79/XdTb4Hd71RC9YNa0mv2V5cXL5sX2U3I9S1jtPWzehMr97y7h/4/Ad6u0JDe5n+yszYsHaDAa1asSM3qxkMUOPjUY+0tLSGDh367rvvykcCxGJxTk7Oo0eP/v333wtSkZGRKSkpxcWlJ0ry2r59+/r6+lY1igAAAK8D8uUHBF9DU4M+qt1cNeNVBk86E1MnF2uaXZFVWwd96dulp7+iuU0M27dUI+0jSENArn4kjEw79Ju27PO3XY10aE55OubtfWd+3pcdqEoRvkA2L4EGz+XNeSvnj+1oTnMq0GvRe9IXvjb0tWWULpMiAk31tmTp4ggEgm6TV62f1MtGj+ZUYOQ6aub/etJXSsmtUFUJ1O9AS7P0TdR8FdtRF32BQKfr5G/WTOphp3zN2o6a6d9TjU02cFjpznoZcSKqQc53crueHEPKye8aRQXLbKIutbKJXMYsWjd/XJcWhvRVyig/Pnv6fTK2h5PST4SMecexny/wdaGvUsxlwrJ1M7ydjehLFDJqPWT6yq/GqJyRy4SlC3wrXyl2O6raQCOnfTzEtYXKpWHpOQyYvnxWP2VnkDKnEE2ey1vzVs0d296S5lTAnkLmj1V4CillM8bTVUhfUPT4xrEG7Xq45gSamlqSh4CvNcz7jYUDXYwFNKf8Q8+674ju47XpCyvSlJUkHyCh2YJxb45ztyDbvXQOcg+9Fp0/HNpC4bbma2hIi/F1zFqufn9gjxZC2QvLPYxb957dk622UErYYtF7Q4e0Mla2JGUf/Abop4fPly1A5V2DiJ9HJ5RIyxu6tTVT/QobV0dH2YonxR8V0fw6oWE4bczQiR1tlB5CZR4aan7xVhu5xqvwpnIPtfZ00R/nbiWWSF+iaz/kzZYKz38du/fqayEtVpJ07mRcJH2mLLqJrPUaxybiaeh8MGzojL6tKtllxq2GvDt0eTuVvbzU1getNjZR6bmo0ofywyAvJeZwVLaspHF7r5n29KkyNCznDGgllBbLi77802P6TDkurbusH9vDxVRLNk9VDyULJjtjV/pQfTIpnQ8jdm7dZc3Ijrb6pa8t89C3f2N0l5ENcGasXXl//fdERL+6tRw6vd2urj9clYo4FpFKl4f8ZPB6m2Y3uLqonKC1HuppRC0D9PX1R4wYYWkpayDG5Obm3r59OyoqiiRoVlnkx7mTk1P37t0tLCxka15QUHD69OnHjx9zk3UBLQMAAJoQ7qT96tUr8reqX5PNjonzoLfacDeAJ1w98d9DSarqjHoOeMNZeh9pYWrExbCHSeXvO9Ru02WgpxW9xbAw/vKhSKX3OTZqDg7svUEvXrxofC0Dxi/fNcxJckSLyOFtZETvlirOSbx95cKVG09zzJ37DRrm6Sik7ccZJuv2Vv/vr9AJeb3m/DS9I3fbzIsnT4wcHaV7NyclJuLSxYuxLxmLDiOHDWpnLb0li8m5+9v/1tL+hEoZtWxnK23ATbUc6T+2HddZVM7NrZ9uVPT+5XjN2Tyto+QlopwcRiikbypKiwk7zy6Mnm3Xfv17dbSjXVARiee+/PI3uXu79GxcWhpr0QkJucVgnl9Yu0fpndLZiXefqtmp2MTlvw114pJPTn24ZB+XVKXX7P+b3kVyH13ZNXt1P+yf0IsPU/QcuvXr36OjjdyanVn01Z5nKu+qLN1cDPP0xIzFByq7Mb1OjF/52zB6H92TEx8uOcAlKyq7tB8tOSAuu3K1vYlcxq9cOEx2KyFBPiD3Im7fDotIkGwnC+eudrY2bi6OVhbMna3/23hF0Yx6zQmY3pE7c+akJD6Ovfsk7l7UU/b1QocOXbt1a9/aonR5RE9OLVmyT/FdxHqjFm16p410achKhf596uTFG4m55JBt063rwLIf2FdhW2f9pPgD03n6+s96lf5qepV4997du/duPOTu3CRL1cZCz8yxtb2NhWnR3V9nfR8qyVdg/IrfhtH7Fl8lxjyMeRIXe4N83gkL554dvTp1tDGSLQ+Tc/vnTxXPSm63pjx9YuzgSNexOCclNuICu+MYc/eRb7/RzkLWAiHn7p5P156hExXpjV+5RXpEKX/fJsN25ac9ue2cm52tpy+9mTYr4fatBxficnL1Dft7dPBsbSxrApN79+z08wpbNBp88cEQejQmJTwxtJWerotzX8bdvhF3ITmP0Tcf5dXJzUp292n2vaOnvk2gEzK9+gyZ0UEyo8LsXLG+Hvd9XZKf+fDB6cinsdmajk72/Tu728ju/C15fnZH6G8Kvwn5Bl9MGNLRiE6xM3nyMPzBiytkYci+NDHp6GDd2tFJ7mBKOLH56n6ari/teu4eQO9gf3L+8OJK+4qwbb91VBv6hVb4+K8dN/9Q2gGB9gzfEb1o1xiFsf8cW1GH9SuaE0YOG2Yv+34rzk16eDsq4XpCDntG0jf0dLR2c3CwMZft/azbf5z+ri4vwIz0tG1LzxIS5m1mDaObLjfi9Ix/K20ZwNKzb//9SOkGJ2eS0KNzbxWVeaFJqw2+nS3p7ayFT86fWHK3bAGq7CYqyXpyK/xMZNr17GJ2Ewk025mb9Pdw7+hspkdnVdebqNwuY4pSH16//ZTbZRaWLbq1a9PR1qD0Nt2SjNtBZ79LolNl1NoHrXY2kY2+trGK31VVOAw0/caM6m9FJ5jcB/t33zlR9uP29pCR77pIF/hV1Pb90RcUfR71rFzX+biXNgnIS30SE3f94fNYtkMdTUdbi3b2Ni1btjCUnWrjr046VuHkyGg4GmiWfqtX1Lrrwp60mZHKk4ntik97cpeJuQkJRS1s6YLlpcbei7oQlZmiJfRs797f1VJTusCZN4NnXi1Q5/PSiA2a/38fSPuPSrmybt7WqAZeIZsPv139hg13qIpi/5i68lhj2MLJqRkWpka1WzXh5OREZqhmywANR0dH2VjDDcjIyGjkyJEWFhbcZHFx8bVr106cOPHs2TORSGmniWKxOD09PTIyMj4+3sbGRleXvRTS1NRs2bJlVlZW3VXW6+mx57S8vAbu/goAANTBnbQLCwtr9+u2adIzc2lroUO2BI+X9SwmoboXAAXJuQaudsbcvdCaQmvnlha6GUkJedIuXrUtenm90cFcem9T1r0zYU/Y3xdNkYmJCVmF7Oxs+faIjUPHQe+2NWPHNuYL9PQE7L/84hcXf1myctf5iNiElJSUJw/CQs7HGHXs3dqUe1rXwoT/z/m7Fa+sHHqP7GmrJyljaGqqLUkUp4btXbhk6+mw+0/IvFLiIi+fuSfs3rctnZeOviDr2L/l40kFGWzZMiy9RvWw0ZG8pvjF9WNX4mlRFRz7SF8i0NGha/b80i+LV//+r2RhEh9GXDl3PqPNIE86Y76RLnPtn9tZ9PXkYj8rjXt3GUuvt6WLwc+I/iXwXEoyfaacV/l0HpXrOGhsWzNulpkPj5yLoNkqOPQe1dOu/Jpd/Hnxqv3/Pogjb54Ye/vK2fMZLgM86e4ga8a79s8tVd0Iu4/yHexowJVODd9xLFz9PodrU8fBY9uackvBbgwl/TbI71zFBdXcRK29PW10Jc+q3ESt/ZZM62LElSPyHp/5edHq3efDIh8mSvY2ObAfRESEXT53+vhf/1yOScrPU/i7w6HP8K568ZeDdn23fsdfZ0PDIqJi6esTYiPDLp4+HiX0lH00BKYm+vdPXlfQ54Rw1FdzBlhzpfiZEb99ufi3K7HPsyRvKcpKZT+wx6MK23XtZM3tfT07WyOyaqXHtcyQjz7p20K6FcO3f75ke0hYhGT7SJCliogIv3bxLFmtoydUfuY6DnrHLu/2uUMbv/vx4ImL18IjuM87Efcg/NrZE2cyWvf3tKFHo46FafHR8/fpS+XJ7VYDE7ohyClk36IlW06HcQv2JOry6Whht35tzbindfS1Mo9dUtrvzFvvftjegitZ8DDk/y41rm5tq8xocE8HUz6Pz+dp65AzLJvIun/xh7/uH03KSywsTsnODXv0+G6+cf9WRppcMf3irPAkRRF7nb6dW9vosmX4BkamWpKEKOVG8JmvrzwPS89PYeeW9e+9OKGNc1sTTcl7aRuUPP/rcflTm6NT657sUcTjC7S1Bdx8Xlw8fH5l5Mv72cUphaLY5Jdn7iS0dpO+nYahXt790y8U1KKMfnPYYFvuvXj8zJg//rj0fdTLcG5hCosTX2WHP31x5k5i63bSWfGzHv73TI1TZq2ytB/rTM4G7AJkxt09W2m3MFmiTu2drbQlCyzQ10y/f15Z7YKp85ReLfS41c97FHxW4Y6rHZ17DPjI3VCDey+yv/44u/zGi7CXkqNIciDdfpZ8JipGaOPR1kRShi9Kvht7uS672CoQSd5a/qFtNqq9lY5kIYuTHx57otbwCaLM5BxdO88W5MzOvtDA3rLFw8f/lda46Pi/M6CdPrdSvPz7F7++lqMwMlVmE2VG79575dcnuU8KxfTkXlIi+bjFGdvW0yaydfWc3tWM+1zzmVfRp84sufQsVLrLnqRnXHnw8PSDDHcXR3J9zpbR0LWxF7+4/bLimbu2Pmi1tYmyZHtc4aMKh0FJ+NMsTw8HU+5EpG3ubvrydGyO7PtY6NJtXk/yhSB5lnlx8cDNI4qjkpZfT+xux50VuXPsn1GBTzIkJzTyEMW+zLjyKP7vZ8zw9lba3Nwynx2+X/H6QfxKfkUqPkzt3nU24jagypOJ0aCeDmaSYtpGRroabKIk7r+1f9z+I55s8OKUvLzbcU/vFpSe+XUNRAp3fZPyyKjTqE70WsdAM/fUP7cb+G6qrLRW/Qe3MuB+MWkVpf4dWr1B82pXbl6+ni77m5xO1wZuzF1ZDb9s5hUThCxk1pD09PTeeustc3NzbjIjIyMwMPD69evq/+p+/vw5eUlkZKRYcnORlpaWt7e3oyO9zQUAAIBDvgJfe+ylL/uw7z3y3Q9lj+EjJwwZ+FaXDl2szAzUaKIqSrl5/HZ8EZ0Vj69l6eo14sMBvbqYm7m2f2PCkP5tjKW/VrJiQq5Fv6Sva4Ia85Ejuc4ulffwr9ULfr2STp/l5N7b/dvlVFqCr922m4/Cjj74kkvkUln39q/6fNPZcn07xe47cS+PluAbWLW0o/mq0fISNKsytLRU8dNTqxdsu1J2aXIvHLiSKCtp5dyd5itDC0rQrJqic+PQvMrQ0lTx0xOrFvx6tcKa3UikBfh865aeNF8xYXcHK1qUn/XkbiLNrn90GVg0RzFaRoJmlUWfo5Rsov1hz2kBFZtI6PtBf9nG4Wfd2T1/6e7rSnubyX2Vruy525vnT/Zf+euJCGW9ncXuW33iYTF9I76VXWeaX0bnj4e1pRX4xc//2fjd2Qz6hLyHJ749ECH7lNl3G6doVh5tbGj4h89/HvbzhRyaXw1/rp4xbcEP+y48V7LuuRc27AzLpO/F127h6qXOXiNbO3r/6s83/VP2dMR7uO/EnVxagm9greIUMqCtHReVJF48PUFzmzCy2ch3q+yRHXFq7tmUu2L6LCc2Mjo2T1pG37yt4l55GPLBkc2HfWTG7P/94o8JJfR5quj3azH50jIG5iYKt3XpTMhDlHDi98vbUsvOR5y1L+KFrIy1jTnNl2fadlhrbelM4g7tiziaRZ8pq8ySNwjZu6t3ws74O/qV9CXaru72yrrJ6uLqZCqdc/6Tp//Q7DqgYfNOF3NN7r3EaVf+qLC/ZOQ2tXorW8tkBzyfV4UrqPOXroVlSpdcw7zvyHZ96DO8Lr169zWXPpUZtS8kTfE5S34TFSWcPRL1j7Ium+ppE5n49XHUpm9U9PTChVWPCioueW7Wi2WH/nteJF0kI9c329KnStXWB60eN1EVDoPchM2XnpGjmSuv3br3Yjdp10QaVgsHtdKhT5Ft+N+vSr6vuvTs5KpD51Dy8OK8CudYGdmCVbvPVPryyrZM6RtJHvkPL3/zd3zFM3+M7MxvZNNFZX9sTcKFZ3JXaC6DaW4Denb3eQ5dHr6xvUf76u71WsVU5dyoJu5Hq5oaRTCgX79+sjYBCQkJf/zxx8uXVR7NvbCw8Ny5c2FhYVwIgYsHGBpWMswXAAC8JqrxHdkcSbYCuQSq8NDQ1dYxs7Rz7dBj4JjhI0e3t1c87GOpkuyE64fOhSVmkyta6UwM7Tt4DezZ0lyb5hSm378UdOlOgsJbbZsKySZrnEcOvazllMSfWL/0YIyihq8x+8Oe0lJ8vn3boTRbXtmavKyI375edTyWPlfGv89lgQW+gSntIkc1uUAD+dFFM1UrG5vICt+1eo+i24Ljw+JTpUuurW+iqkV3+XnSzBqS32zVWrOInat+V7SdE8ia0TJ8bT3Va9bDmt6PTw6ClCfXaG79o8vAoXmKVLYj1N5ETyvdRJ0/eaOtrEI5J2Lv2tNsb3HVoazLUjm5B2Nf0LciP37t+9JsOUNHdjKh65Yfe+Y3hR9WiX9/D0vmyvH55s59O9BsOcYG9FZ9wtC0Hc2tFjVW7cb1J9n0zfhGps4Kx6wst9vu/PbVN8cV3ssf+lLuFGKi9BQibGklC3ekptymuU0ZXRmJ4mdXvruocITMjKjnRbQQX9dA8SeffLvSEqzM6J0Hbgcr3IlJWS9pIT5fX7clzS3FXg7IMK9uH72yV9F8Eh69kM1HW0+n4kIN7dJadhJ6/l/4UaV96ZRdcppZj6p+xg6Pely6De1bTlA8uLLhm66m0uP/1b1bCjt3qh22HV1cpee0/OjwAOU92sltal5D1PjwZCcEjapdQWX9cPha6YfApMNHvSUjy5q6TPG0oJlMWmjwvRAlh5n8Jsq6E75D+fmtnjZR69au+vRt+MkRO6OUXxHnPt135xUtydd2btOi3Gettj5o9biJqnYYJERf3Rkp+7LRdh7Q/QPJJ+6dN3u70jg6v/jhlW+iREq+PU3edpduIebF+XPJyht7lC6YmqeC8tQ+mdAyEuTMv/bEc0XfjBl3Kz/zNyW5sS+z6OrwtU3tPWh2Awp98VK2z8ys2tDchla9g6/WNMRXQ1nOzs6tWrXi0ikpKSdOnFDjmlSpK1eu3Llzh2sfYGho6OXlxeU3c0Jh0z9jAADULa5KF+QGEFb+EJo59x4zrGdblUOYESV5T89eCL7wLL/CHMiDET2PuvIoJZuWbbK4K0c60bjIjdiaH7nrm70xNL+C3NtJGbSglp5d6940W46G3FC4GZe+X3c6jT5RwZPsfFpOS6BJft1VTm7ear5C/iW8F2d/2HBeyY3PUVmyQcq0LG1V30Avv4oqB7itAvlZqjeAsPyaJZ/5Ye0FJbe33ckqpMW0tCxsu9JchRwtzGhBrcLsF3Vwn5Ga1B1AuLIdUXubqMOAtha0gBbv8bmAUJpfV+S3gIIjfaSXhzF9WhRz4TTNVSjxXpLsyLZ16kRz5YTGpvLo81oWPT6e/5ai27VrjxofHvkiqZd+WHNaUasHiafZsnVTcULoal06+nBhxl2a24TxycpqcY/c6F1/JSg7Xafmi2gxTSMLSzaqXpGmbFaaLy8ejjytdKzarOxcWUkF44hqsAMIc4/i5Evn1yTR/PKyCgtpMQ0tU8NuNFfGok9bI/psSdyNiBIV5yC5JW+oAYTpAlQ+gDAnK+5OknSZtew7eygaRdXBxcNUWiblUWC51jC1SdPHzZ6+kWZm9C2lHzJCbufW/ei4FfFLD/gqf9/mxv98OZGRvtyie++vbQzmjOxur8XlFD+7cOkn5Rt5iLNsE6XfiyyguYrUzyYa7WwvpO9S/DjicSzNViz8xqN06SIJHVqUvaG61j5o9beJqn4YhFwMvZMtfVNhy5EjHTq07THeTZfmZEftOpWs5JqAx3Nq6WFEX8t7+iiQ7R1WCbkF06pe0wB1TyZ8gWwbVuXM3+RdTc+mX+BaWqbmzjS3IT0pvfTQs7RUOER1fauL2gmu0kNNDRwM0NbW7t69u6YmO35Hdnb2P//8U5NIAOfy5ctPnz7l0q1atWrZsuJtEM2LcMjcjXu3Lh9hSqfr3tRNx4KJTX51cafk1E3svMnM6TQAANSi1Nhzh04eLf84f+HKjfAHSWnF8rcZaTv16e1eOj6lQnoOQ94YNdBRYURaQ9eu+6jhw/qXDmEIdSft2TlV3d3eic8o7XnVxFb1vSg5Oao65760avIYavKqSzSzDhUm3VfUQ3kzUJgcWxtr5mVpQlMMk5HccA0D6gLZRA9oshqEPZwsZUf6s/vH6rLPbDW0b20lG8U4OelfmlLiUlLpQI0mLXrSlJyTl6OzaZIRWPb8eMvujQs/HOhSWYuu+lGQo+rIvrB6Ej2DjJm0RukppFVpY4+cdPrDrrlITz+j9JbeqirMUXVcZ37z636f7yWPX6Mu0kyF8pOSqtuEz9DEUjYodGqqwiE9m7Li328/lHV3befRquItrqPaOckO1mf3457RZF0wt6NjFDNMXlJ0ww/7WFfu3/n30APpVuebdPV9qx/tT5oRPfnvlzsqjlXzlrLr1ryXjxpmAB15+m1tZRfBL+MfM0obhHEKUp7JllnX0E6+JUqtfdAa2yYqqyTzmz/DkqRrJ3DsteItZzpqcEn6jRNRKk6e7W3NZV+yaYlJDfyVX1F6+tnmdnpU4VF66ZGsX3qZ2nAuJZdeVgmN1WrY3ERxd8aro4GDAS1btjQzY7/TyBLfunWrGr0DVVRcXBwaGsqN7qupqdmpUycNjXLD2zcrVsP7d7MWmHSdvnHxELQPAAAA1UoKsgryyz9evbj37MG/V//57fixs7FyDdyNPPq4sKMvK8I3sOo2YXAvOwPpd2zBi3uXj+0/eeH2c7mfFnxD554jx7pbyH7BQMNIfiWrzRBo6dMUNAcCLdmvXyijm5WJLBaQ/OxmbVQMGLsMHPP5so1bdh/Ye7iit1X+umxpXPpzuOWIP+hrlBlRejOTgK9gD+cEr9/9n1wXIRpCO8+3P127/fDuLRsWfvx2D7sq/igQ2vV4++OFqzduP3DgAF0EOZ91NaLl6g97qxg0BUJd2VeKKCu7LqvCG0bOg2ePZN+f5s5vlb//zqpna2ltb+HDq7fUHfKwOvg6QlotShYrW+nY283CH3//c0N2OcqXXmjmRP8eFK8q1sgXmsiuNzMyb9JUAxKayK6is9LvVz6Ocuaz0vO6vol8HWptfdAa3SaqIC3mh7Px0s+chqzCMunfs988p2mFrHRlcZfCjMy6/CQCNAsNGQwQCAQdOnTgS/oxe/nyZVRUFJdfcykpKfelt5FZSXDpZinp4KLlO2+Rbw2THrO2Ih4AAAA1UJL7JOqfs09Kf64YO7SU3YcmT7dFz1E9naW/J4ozYkMOnbxw5WVuXsGLG/+d+O2fa89yZfe/8A1cBoxoU/91SQDwOrMsrTdjctPv0FR1mQ2bt2n39rWfTuzT3s5SKKh6fNNEv3ajNjln185e//fjnHI1HkLLlp7DPpy/cfeB7Ru/GNNF4fm7LKHHxNXbd2+c/+Ewz7Z2xuT3Gc0HUIu5oeznZ2EOezdec1OSePG+rB2OiWu7Mq0dha6OraQnGlHMo9/r9M5fS7kbbHPyI2mqmSrJ/OFERLr89ixJv/GXio7yJeQ3UWFhIwhNaZWeUcXFsqBSddTWB63RbSIF7t+5duJJma0levLvD2GVtF6yM5aFS/KzG1uLB4DGpyGDAebm5qambGxdLBbfu3evoKDyUKn67t69yzUO0NLScnR05DKbq3uHv1698zbiAQAAUAtKnty7W9o6wMBIQWWSduth3e2lP38Lnt8IPhKVnEUnWcW5caf/+fu/JNkXO9/AzauXAZ0AAKh7+rXXZqLNhxs2ftzTtrFdYudc3T530owf/7r+LKPiTZACYzuviYu27N7g11PFcgvfmLtpyZi2jaN7IYDG6cSdR7KWRcbubsNokjW6jexiKDv6bi10cgByNAQN3I0FNBgt7HqAOtaQHzIHBwctLfbbMzs7+9GjWm7o9vLly2Rpt1D29vbN/i6Xe4cXrZa1D1iEeAAAAFRfQWZpB/OMkVn5Sny+s1t7WdVRXuylE8/y6UQZOZFXQ+69kt3DZdjGuQVNQgMrov8CNGcp2aXnMb6gBtfGXT77/O2WpU0BRMm3T/z23Vw/2u99qb/iaAnF5D53j4Pfpa9Rg4qO9Vmpl35bM9tv3KTZ6347cf1xcrnekDSELd+at+mLvoqHCRGO+WpqL2NZd6rFOY//3bf569myPv2lfrzxihYBeB29eHhH1kG/0K6XvXTcHW3HnrJ2AWkxR+NpEmqB0H7FO+5lOjXkm3Qd5j6o6dYR8zSkxwpUYpD3wGGyKJuEwLH7J+3RbA2gNjXk2dTSko5dkp6enplZ+y154uPpF7KBgYFQ2Pyrx+8d/nrW5jA2HtAL8QAAAKgBUWFpO+yCwvLtmi0dbWQX5GkPYlNpUoFXV+49kd2wqmFtjWhAQxG2tZJdF2QkPaxsCDtoQsKSSnsYNrbsQVNAzk5yQ6saWykYhFdNQ9/uUjqSesbN//t4xopf/wp9LDe6iloepZcujoBf69fpOc+u/fXrmrkzJo3x++a3s/fkArpk7b3e9XNUEA6we69fW1l9i+jxX19PmvvD4bP3ntXG8Ao19ax0cwlNHGgKGqOXmaW7yrS5dgiY/3tEovR7U9+1HR3N1s7dyU5am5L0IO4GTdaZ5OzSs72JYV+aapYEn7zVvZVs+FzZJalxh0987NvSCUUa3SZ6lS5rN2tg2KryujdDO9mgFCXpz17QJKu2PmiN/igStujwUWdpV0alv0a0Wg0c+LXKnxHPMmTdeRmaWNAUNBBLoewWisz0xtAbVXuj0uuu9JRwmnq9NVgwQFtbW1+fxnprZdzgishsRSL2SlhLS8vQ0JDLbN7S/16GeAAAANQQ39BY9hNMlPmyXC9+fF290ptzcrJU9/GXUfoziNHWRUdBDWWgnex3kSjpUShNQnOQk54jq/c1tmorvWO10bJrZVJPd0eGJqfLol6Grbp40mRV9e3cSnZFnXP7j9XnZNUNVXMpgTZZJqxchtJUHcgI/2vz135+S088Lg0I2HUdZkeTcga2tZMdLs/O/fjbA5puDJLlQjkmLRDkasRy8ko/EkKd9jSlgNDR2bXJ/iJ/FhX3TFovKWjdagz7r8aotjaSDIYpSbx5Q2EbyVpVkp8juztDR1gao6xI6NzTniabojI3hudE79oR+ky64gLHPgv/n737gGvqXP8AfkJIGGEHCcgGB4iIAxeKoigulKKttrbqbelQe6/aW+2t2kGH2FZ7q/TvaHtpq7ZU21pqxb2wWicOREU2FhDCDCOMhCT/sxICBERl8/t+4vF9T05OTk4Gyfu87/P6N/8y0j5FJuZubEkXW6+JHXGKygvrh1WJ3Po97C+0mchB8025pLBBeKmt3mhd7hQ1RI8I0fzNFZ+P2Zag7jSsZzlirt8/NL9PmhBX178HBaYN5vZoJMSn/s86tAsnkaXmt6K0tKVJvzuKq4Vmsgx5qbgr9HnofJ0WDDA0NNT01pdIHrVvTauUlZUxwQAej9dLggEkrXjAssg1HRoP8HwlMiaWErNzhV/DO7acGBb+RdS+X+irSQdi9kVFrnvWt376mofxfGVr/c7rRwwKHKc23vOebevmD8HHOwDAY7Nw61f/G7Mo7z5bUjM0fISpM7n6mgwUBKFomtYaOoLg2TEe6idNnnn7KFvsZTJLpZqmYQOBjpbR7upyTn2nGhuHCWypU1na+LGlRgSDX141zbWjhvqfSs7VPOUW3sFzHu/boVuf+tsVZB9hSzoIHpLe+laOJhrAcx2xsJ2/q0pv/29LXH34QWDhwpbq+dd3QSWkBcktdN3rhOQWiWli7SAXvtl3XeWlBZrZTK37TmiuqU7g+GGwRzd+HmvvX85Qt6HyHX0HkH9HXAar+ynLM1Kj23L2w+YU5WjGYvLthzQ3K6Ke2foFo0Sd1szzpATOw+o7hhPl1KTB5ff/72y2pgXbYoRf8z3EtU6Rnsit+VP0zswhFh1yii7mav5C8928HVv+7jFhxAARWyQkGdkN5r1v9Rvtg4e80brcKdLCe33OeM2IEHn2hS/ia06eORevaSw0cJ4Z3OzQkMTcIs1fDZGzfXOneqD3+IUNE1BB2xttX9/0XpzTBUYGeLvZaL57lhY0eGv1Xp3/V0KhUDAz/UJbKT0cvnRrfCnBE03suHiAYGr4uhA36h1WGr/jzcgL9cE2z9AP9+xZE+rbX1Q/VojLE4jc/F4I/zZqdWuOj9z52hD3+p2zYXGfpdt+2LGy8Z4tnf0Wf7Rz3SR2BQAAPBJTr6lemhYiaUpaHlvUqCrXyh5t627XUsOeUZ8+9aMBSkrqW6ag4wgCV00dqH6WpPfiontpf5i/xaWan4l23rP7d/Ue9K2Wk1if1kXg4NlpYQ6tvC4WbkPqu5zXG7Dkg3dmdFgogDyio3fqf4EKBoesmvxYX4q1cv0LDJo5vQLvhRHbZ7SczSbhVHJ9NGDgnA+XDGzn12CpXNN6RsiV9cME1LTzwfF5zQ3cEs5Ys+OVER2f/eVMVv2TJ3INZEvQBRUl52peaX29RxjqeF0L+n6ysL6Nr5v68V62+l3Ed3O1dvB2ULfbyjJSHnTIH1bFpWxNihdDD+/69H/19MzeeHaqb/edErxhW7bkxrkv6G+hyYmXj9xXv8yoHuLj/6H741yRmK/JPm3o4dNX5yl65x+zRnTUKUq8nSXWjClxHvpKc43v5EO38/qHj7oDq/LBxauNxpq09o3m/pA3Wpc7RRpTJgVO0YR5arMPH75P9ShXlm85cktSfw7Hvz3JTHdbfrZYE7AjRG7P1Ee76w30GPVuYMPpCKAd+Ls5aL7r5WSdZkudSDDc3kb9jinPSfwb2VIpek899RRb7CQqlaquDjPZtTHpiQbxgHYPfXqEbVxOd/Mvjd+5Kvx4/bchQdC768KGU9dIU49Hvb8omLbojciYG1R/H54oYNknYZ7Mts2hd059mJM7f0N755a2ljxCIc04ERXxBrPnReE/JFBfkbiWfguWOrXzTywAgO6n5T4AXFNrn7kBgzVtQrL78edL6luL1AoeaH7YEDy7YeNHmGv1/tdiZDUseKjma71SkpNbnzIIOohgzPKNrwxX/6KTp5363zG23PtczizQfPu3mfDPZWN0NyVYWAjZUndx7naGpqHXZvDszooGXMrVOr9+L882afA9TDB6+db35nRgJICS8/X+6/WzklkMf31HxPPeup92ms45xpKL60cw24xeMrnxt2qB98zlm3eEzxv40K/bid+cTta0VPBc5qz/5GX/h7zYmnk1OnmP6fewdhrhjFV+mteCXJx5mS3Wu1RQP6aE5xH4cpPulhb+i8J3bHt5TH1/ug4kPZWhCUUbeQwP7vIJsHqx31Pqe22Lhvu+0nBAvsDa/cvFEwcy3yyafqPoRlJS76l/h/Lc3P7p3pd9TUozzt7roJl4rt3N0nwe8Qb4/seR2/Bz1vrDxdMn2NJNnd3yVBu+MU+rLVty68ezmkT58u9jzidrhl8YOIbMcdfZQ/zPhPT6U9Rv7IfePO1TJDATfdjBzdzlqSfTNO8PE+/Q6e846vjSbNHH/ZO5QyzV39KlCTe+aTLW5KFvtMjWvdG63CmiCQaMerV+RIgs48/L36ufe2nenf+7Uv/nymLYxLd0xlSUDxL/Vp8hPeuxgc7eDX/1jPEd/9F0dwGzslt/FnV1w0e7ab4R5dw7Xd9+11kEs+uzIkozr59HLIDW+SMD9PX1TU2b64sCj4+KB2xPkFLxgOAFnAbfE9qYx+JNH4RSgwLkGTEbwmO1Z5KcuTZsNB0juBwZ9kZkzDW2L0Np6vGod8PWHfybige4Br/0bPO/yzwWfxautfOGs0tU5lzY+dKCFVtjLqQyey6N37s+6jL9ceMw8ildU6UBAPRqdjNC5j7nP258PydPkVBoYGhKX2ysnUZ4TZg7M/SZcR6aMcGywuvHb2rPXaYhv33nbn2zPs/GJyD0Of8RIxxsbZgdGgsHOHsF+c9+zn9A/d/3srvnM6vYMrQ9x8Dtn6xf/kygt7qJ0KLfmDmvhu/4ak2gvbohT555JGpX+47VFbp6+3g3vgi1WhL5No2v9XHtqJ+cOUdv1idR59kHrvkqKuKNJXP86MPwm7MkbFX4Fzt2/xz1zhx2G20C+4END5u+GNd3L+MZN7nW06GFdue2FJtYHw2w857TSbOtSn++Xt/ULfBesn3L+lfnjCHPw9R5qz6Oinor0IEZxymX1k9y0O7Obdlzvb4tnxAMnBu+e/eOiDdenjdV/TRNnfcy+dR/ujVq7/4d/xre9LvjpTP36vdgNnz5l1vZx0W+Zt4I3xq1Ozws0LV1z7T0l11HMzXniBD0m7Fqx+4dn65fvojeIX0ZE7zk5bDl6z/eTB3Qft2vRsJ19vJPo/b/vHf3jq0Rby9/OUz9MqYuY+YsennVe1t373hZEwUkCi79+quO376/3tAKTjjN+ODriFXkZwi5k6nzlr+9ecfuqFVPeXdKIICWcy5dE17ieYycg2hAlyW9d+tifSoUxxkvzfp8vGiKmaG3veiNmVO/e2EU+96X3DqSWB+da1cCA543eQCNLkb1jbB8oybXmnIf9j4uPXBH3THfyH2gPVuUpqS3kD6sjZXcO5Siedeaec+bs2Oqc0gfQ+8+1q9OGv/DK1O9rejHWJt94EI2vU374+s61SZafa/5RoMbXWvG0/l3f8qkgAns3MwEoSy9dPjOSe0WW6X4o9/u1OfNtxulu4d4g1PEdwsMrj9FUyd+9dJkb+a+laUZ2Y85Acyj+vXMlQxNy76e5Yhn5v2wyPcNL+sx9NmYMsD9nXmzvls0ykErCvL92fKmH9kPfaM5tvKN1vVOETUiZCqdB4ImT7+4JbHBF4VrF+KO1IdCTLyDdQ8N+fH8rfpxGI5+H7406o0BlvRJ9vhkceh/Jjgy2fwkNy5c66hH1huNDPTQvJFzE491fjd8QYiPm/ojSZpxueM+sLs4zueff75p0ya21oFMTEyeeeYZJgxw/vz569evM+vbkJ2dXUhICJ/PVyqVJ06cSE5us4krhEKql05xsXazd9cjCFoduSxAxCOk8TufDY9tw/fgK5EHQ9w4REbM7JVRxlPf37FipBXdWL92RdQ9dhOaYPGmPfM9+UR5/OaF4XHsSm2+63aF+5HnMjNmwb+i2IjhK5GxIW4EufPgFVGCoPCdK6gRB9TOV0bda91jmBq+d6WvCfmwP382/Eynf/QAQOdjPrQrK/G9jyDsZ4SMbzbTaj1FRebFo7da6MivZ+owJmREqwfa1madP3U5peMaANuUq6sruXzw4EFtbUekBH4USzb9Oof8e9wq1ZlHPnn/f7eb657jv+7bVepMIJl/PL1ml+qx/oC+uGl/cEvT0emS+ce81bvYstrE9btXDGd+6Emvbln8yTm6qMOSzb/OcWVOgfR65OINZ+liswYu+fyDOS4Pad3MjJ23+ju2rOH/9u5VIx+xbb/8+paXNpxreCL9/7Nr1Sim+aLlA16yef8c6pVHIvfz4oZmTwFtxnu7X/ZhD09yYcPLn1/vlC9Aw1dtX++vyXisizzn1Bd/WC5dPpzp0pj1x9OrG7/WGp6iJRvONvdQWnuKBj4V/tYitnGjZeSLbcknjZ4xksOSTzfP6fewRnF5waW7sjE+TGf85p9cQeCqza/4t7qJXeerkZi4bveKEa19OVZn/vHh6mYmB/Zf/b9VYzV9MZsjTb70t8MYT+YOm/l80HrPkk/rvDcbv6cfh9PLW/47w5F5f8uT97+8PrqyU17XbcLx83+PZz8c758P3d9sQ+2ESbPeGMb2+M048dPqxKZdzs3eeXnWCHaT7AP/Pf89U3x0WvdVfi360Mc6w/8UrYMvv/XF/+78yZS1COy8/m9BixnGJfe+33ejdJTmHp/oyB9K+zS2VjMPrQErj2+18tnTSi99f/TTErbSEQSOm//RYiqY2gcn953dZjf+t6nMu6flJ/eJeY+Pmfqo88zqePYdBvl9Pt1Z87VSfClm6QUdczJPmTT9de3+4yf+eLNhqzHloadIWZl89Ohhu6DWvf7bgMCu/+dzfUUPSeBDK7n3/S83DjTzZa3N3mgdc4psvfYsHML+Ob9xaNEZHREOmtl/Xpo1RvNHujb9xx1Xfm3ac1/g+Pk/tLKNSW5t+75huIjW8BWig+TOiU+OyZ7RfIq2+IHcLG/N+4v6oH6z2Rz0jpvfGO/ObHf//Nz92c39DWv0yd/8DrsB7W+kmbGL13xXP2NX53B6eesXM9iRkq34Rt1hxEWlNkILTpv223ZyojoEpaWlMVXNzpsWSHp/XfiLLXYsuVxeU8N+votELf5se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title="VS Code caesar examples" alt="vscode-caesar" data-path="images/vscode-caesar.png" data-linkid="vscode-caesar" class="externalref" style="width:60%;min-width:400px">
+<p class="p indent"><img 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title="VS Code caesar examples" alt="vscode-caesar" data-path="images/vscode-caesar.png" data-linkid="vscode-caesar" style="width:60%;min-width:400px">
 </p>
 <p class="p indent">Press and hold <code class="code code1 language-koka lang-koka koka colorized">ctrl+alt</code> (or <code class="code code1 language-koka lang-koka koka colorized">ctrl+option</code> on MacOS) to show inlay hints &#8211; showing inferred
 types, fully qualified names, and implicit arguments.
 </p>
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-<p class="p noindent"><img 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" title="VS Code example without inlay hints" alt="vscode-inlay-off" data-path="images/vscode-inlay-off.png" data-linkid="vscode-inlay-off" class="externalref" style="height:4em;min-width:200px">
+<p class="p noindent"><img 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" title="VS Code example without inlay hints" alt="vscode-inlay-off" data-path="images/vscode-inlay-off.png" data-linkid="vscode-inlay-off" style="height:4em;min-width:200px">
 </p>
 <p class="p indent">&#8195;versus&#8195;
 </p>
-<p class="p indent"><img 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" title="VS Code example with inlay hints on" alt="vscode-inlay-on" data-path="images/vscode-inlay-on.png" data-linkid="vscode-inlay-on" class="externalref" style="height:4em;min-width:200px"></p></div><h3 id="sec-manual-installation" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Manual Installation</h3>
+<p class="p indent"><img 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" title="VS Code example with inlay hints on" alt="vscode-inlay-on" data-path="images/vscode-inlay-on.png" data-linkid="vscode-inlay-on" style="height:4em;min-width:200px"></p></div><h3 id="sec-manual-installation" class="h3" data-heading-depth="3" style="display:block;font-family:&#39;Nunito&#39;, &#39;Segoe UI&#39;, sans-serif">Manual Installation</h3>
 <p class="p noindent">On Windows (x64), open a <code class="code code2">cmd</code> prompt and use:
 </p>
 <p class="p copy button indent" title="Copy" data-value="curl -sSL -o %tmp%\install-koka.bat https://github.com/koka-lang/koka/releases/latest/download/install.bat &amp;&amp; %tmp%\install-koka.bat" style="float:left;font-size:75%"><span class="fa fa-copy"></span></p>
@@ -1399,7 +1400,7 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <p class="p copy button indent" title="Copy" data-value="curl -sSL https://github.com/koka-lang/koka/releases/latest/download/install.sh | sh" style="float:left;font-size:75%"><span class="fa fa-copy"></span></p>
 <pre class="para-block pre-indented" style="display:block"><code><span class="code-escaped"><strong class="strong-star2">curl -sSL https://github.com/koka-lang/koka/releases/latest/download/install.sh &#124; sh</strong></span></code></pre>
 <p class="p noindent para-continued">(If you previously installed Koka on macOS using <code class="code code1 language-koka lang-koka koka colorized">brew</code>, do an <code class="code code1 language-koka lang-koka koka colorized">brew uninstall koka</code> first).
-On other platforms it is usually easy to build Koka from&nbsp;<a href="https://github.com/koka-lang/koka#build-from-source" class="externalref">source</a> instead.
+On other platforms it is usually easy to build Koka from&nbsp;<a href="https://github.com/koka-lang/koka#build-from-source">source</a> instead.
 </p><!--
 On macOS (x64, M1), you can install and upgrade &koka; using Homebrew:
 
@@ -1435,10 +1436,10 @@ <h3 id="sec-install-with-the-vs-code-editor" class="h3" data-heading-depth="3" s
 <span class="code-escaped"><strong class="strong-star2"><code class="code code2">&gt;</code></strong></span></code></pre>
 <p class="p noindent para-continued">Type <code class="code code2">:q</code> to exit the interactive environment.
 </p>
-<p class="p indent">For detailed installation instructions and other platforms see the&nbsp;<a href="https://github.com/koka-lang/koka/releases" data-linkid="releases" class="externalref">releases</a> page.
-It is also straightforward to build the compiler&nbsp;<a href="https://github.com/koka-lang/koka/#build-from-source" data-linkid="build" class="externalref">from source</a>.
+<p class="p indent">For detailed installation instructions and other platforms see the&nbsp;<a href="https://github.com/koka-lang/koka/releases" data-linkid="releases">releases</a> page.
+It is also straightforward to build the compiler&nbsp;<a href="https://github.com/koka-lang/koka/#build-from-source" data-linkid="build">from source</a>.
 </p>
-<p class="p indent"><a href="book.html#sec-running-the-compiler" class="learn button externalref">Get started with the compiler</a>
+<p class="p indent"><a href="book.html#sec-running-the-compiler" class="learn button">Get started with the compiler</a>
 </p></div><!--
 ~ wide
 # References
diff --git a/doc/std_core-source.html b/doc/std_core-source.html
index c6f01e85b..e2682a3c5 100644
--- a/doc/std_core-source.html
+++ b/doc/std_core-source.html
@@ -103,96 +103,96 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// Apply a function &#96;f&#96; to a specified argument &#96;x&#96;.
-</span><span class="decl-fun" id="apply"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#apply">apply<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>apply: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;438</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;439</span> <span class="tp tv">&#95;440</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;438</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1888</span> <span class="number">1889</span></span></a>
-  <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;438</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;439</span> <span class="tp tv">&#95;440</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;438</span></span></a></span>)
+</span><span class="decl-fun" id="apply"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#apply">apply<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>apply: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;250</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;251</span> <span class="tp tv">&#95;252</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;250</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1512</span> <span class="number">1513</span></span></a>
+  <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;250</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;251</span> <span class="tp tv">&#95;252</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;250</span></span></a></span>)
 
 <span class="comment">// Compose two functions &#96;f&#96; and &#96;g&#96;.
-</span><span class="decl-fun" id="o"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#o">o<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>o: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">g</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;531</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;523</span> <span class="tp tv">&#95;524</span></span></a>,<a class="pp">g<span class="pc">g: <span class="tp sp">(</span><span class="tp tv">&#95;522</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;523</span> <span class="tp tv">&#95;531</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="number">2064</span>) <span class="kw op">-></span> <span class="number">2065</span> <span class="number">2066</span></span></a>
-  <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">&#95;522</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;523</span> <span class="tp tv">&#95;524</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;522</span></span></a>) <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;531</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;523</span> <span class="tp tv">&#95;524</span></span></a>(<a class="pp">g<span class="pc">g: <span class="tp sp">(</span><span class="tp tv">&#95;522</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;523</span> <span class="tp tv">&#95;531</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;522</span></span></a>)</span>)
+</span><span class="decl-fun" id="o"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#o">o<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>o: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">g</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;284</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;276</span> <span class="tp tv">&#95;277</span></span></a>,<a class="pp">g<span class="pc">g: <span class="tp sp">(</span><span class="tp tv">&#95;275</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;276</span> <span class="tp tv">&#95;284</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="number">1570</span>) <span class="kw op">-></span> <span class="number">1571</span> <span class="number">1572</span></span></a>
+  <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">&#95;275</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;276</span> <span class="tp tv">&#95;277</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;275</span></span></a>) <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;284</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;276</span> <span class="tp tv">&#95;277</span></span></a>(<a class="pp">g<span class="pc">g: <span class="tp sp">(</span><span class="tp tv">&#95;275</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;276</span> <span class="tp tv">&#95;284</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;275</span></span></a>)</span>)
 
 <span class="comment">// The &#96;ignore&#96; function ignores its argument.
-</span><span class="decl-fun" id="ignore"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#ignore">ignore<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>ignore: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">484</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="ignore"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#ignore">ignore<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>ignore: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">309</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Return a 'constant' function that ignores its argument and always returns the same result
-</span><span class="decl-fun" id="const"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#const">const<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>const: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">459</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="number">470</span>) <span class="kw op">-></span> <span class="number">469</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
-  <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">460</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">459</span></span></a>(&#95;) <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">459</span></span></a></span>
+</span><span class="decl-fun" id="const"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#const">const<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>const: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">320</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="number">331</span>) <span class="kw op">-></span> <span class="number">330</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
+  <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">321</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">320</span></span></a>(&#95;) <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">320</span></span></a></span>
 
 <span class="comment">// Concise way to ensure two expressions have the same type.
-</span><span class="decl-fun" id="same_type"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#same_type">same-type<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>same<span class="dash">-</span>type: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">556</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">556</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">562</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
-  </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">556</span></span></a>
+</span><span class="decl-fun" id="same_type"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#same_type">same-type<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>same<span class="dash">-</span>type: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">339</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">339</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">345</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+  </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">339</span></span></a>
 
 <span class="comment">// ----------------------------------------------------------------------------
 // Control statements
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// The &#96;while&#96; fun executes &#96;action&#96;  as long as &#96;pred&#96;  is &#96;true&#96;.
-</span><span class="decl-fun" id="while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">1246</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> bool</span></a>() <span class="kw">then</span>
-    <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> ()</span></a>()
-    <a class="pp" href="#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> bool, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>div<span class="op">|$</span><span class="number">1230</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> bool</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">1230</span><span class="op">&gt;</span> ()</span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+</span><span class="decl-fun" id="while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="number">366</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> bool</span></a>() <span class="kw">then</span>
+    <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> ()</span></a>()
+    <a class="pp" href="#while">while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>while: <span class="tp sp">(</span><span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> bool, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>div<span class="op">|$</span><span class="number">350</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> bool</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">350</span><span class="op">&gt;</span> ()</span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// The &#96;repeat&#96; fun executes &#96;action&#96;  &#96;n&#96;  times.
-</span><span class="decl-fun" id="repeat"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1162</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1175</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#for">for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>for: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1162</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">1162</span> ()</span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1162</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
-    <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1162</span> ()</span></a>(</span>)
+</span><span class="decl-fun" id="repeat"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">887</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">900</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#for">for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>for: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">887</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">887</span> ()</span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">887</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
+    <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">887</span> ()</span></a>(</span>)
 
 
 <span class="comment">// Executes &#96;action&#96;  for each integer from &#96;start&#96; to &#96;end&#96; (including &#96;end&#96; ).
 // If &#96;start &gt; end&#96;  the function returns without any call to &#96;action&#96; .
-</span><span class="decl-fun" id="range_fs_for"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_for">range/for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span><a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1039</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> ()</span></a>( <span class="op">^</span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> ()</span></a>
-    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span>
-      <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
-      <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> ()</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> int</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> int</span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1000</span> ()</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a></span>)
+</span><span class="decl-fun" id="range_fs_for"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_for">range/for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span><a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">862</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> ()</span></a>( <span class="op">^</span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> ()</span></a>
+    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span>
+      <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
+      <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> ()</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> int</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> int</span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">823</span> ()</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Executes &#96;action&#96; &#96;n&#96; times for each integer from &#96;0&#96; to &#96;n-1&#96;.
 // If &#96;n &lt;= 0&#96;  the function returns without any call to &#96;action&#96; .
-</span><span class="decl-fun" id="for"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#for">for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>for: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1043</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1058</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_for">range/for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1043</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">1043</span> ()</span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1043</span> int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1043</span> ()</span></a></span>)
+</span><span class="decl-fun" id="for"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#for">for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>for: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">866</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">881</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_for">range/for<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">866</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">866</span> ()</span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">866</span> int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">866</span> ()</span></a></span>)
 
 
 <span class="comment">// Executes &#96;action&#96;  for each integer between &#96;start&#96;  to &#96;end&#96;  (including &#96;end&#96; ).
 // If &#96;start &gt; end&#96;  the function returns without any call to &#96;action&#96; .
 // If &#96;action&#96; returns &#96;Just&#96;, the iteration is stopped and the result returned
-</span><span class="decl-fun" id="range_fs_for_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_for_while">range/for-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> maybe<span class="op">&lt;$</span><span class="number">1064</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1122</span> maybe<span class="op">&lt;</span><span class="number">1121</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> maybe<span class="op">&lt;$</span><span class="number">1064</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> maybe<span class="op">&lt;$</span><span class="number">1064</span><span class="op">&gt;</span></span></a>
-    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span>
-      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> maybe<span class="op">&lt;$</span><span class="number">1064</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> maybe<span class="op">&lt;$</span><span class="number">1064</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> int</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> int</span></a>))
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1064</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1064</span></span></a>)
+</span><span class="decl-fun" id="range_fs_for_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_for_while">range/for-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> maybe<span class="op">&lt;$</span><span class="number">904</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">962</span> maybe<span class="op">&lt;</span><span class="number">961</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> maybe<span class="op">&lt;$</span><span class="number">904</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> maybe<span class="op">&lt;$</span><span class="number">904</span><span class="op">&gt;</span></span></a>
+    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span>
+      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> maybe<span class="op">&lt;$</span><span class="number">904</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> maybe<span class="op">&lt;$</span><span class="number">904</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> int</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> int</span></a>))
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">904</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">904</span></span></a>)
     <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1065</span> maybe<span class="op">&lt;$</span><span class="number">1064</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a></span>)
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">905</span> maybe<span class="op">&lt;$</span><span class="number">904</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Executes &#96;action&#96;  for each integer between [0,&#96;n&#96;)  (excluding &#96;n&#96; ).
 // If &#96;n &lt;= 0&#96;  the function returns without any call to &#96;action&#96; .
 // If &#96;action&#96; returns &#96;Just&#96;, the iteration is stopped and the result returned
-</span><span class="decl-fun" id="for_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#for_while">for-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>for<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1130</span> maybe<span class="op">&lt;$</span><span class="number">1129</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1151</span> maybe<span class="op">&lt;</span><span class="number">1150</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#range_fs_for_while">range/for-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1130</span> maybe<span class="op">&lt;$</span><span class="number">1129</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1130</span> maybe<span class="op">&lt;$</span><span class="number">1129</span><span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1130</span> int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1130</span> maybe<span class="op">&lt;$</span><span class="number">1129</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="for_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#for_while">for-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>for<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">970</span> maybe<span class="op">&lt;$</span><span class="number">969</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">991</span> maybe<span class="op">&lt;</span><span class="number">990</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#range_fs_for_while">range/for-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">970</span> maybe<span class="op">&lt;$</span><span class="number">969</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">970</span> maybe<span class="op">&lt;$</span><span class="number">969</span><span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">970</span> int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">970</span> maybe<span class="op">&lt;$</span><span class="number">969</span><span class="op">&gt;</span></span></a></span>)
 
 
 <span class="comment">// Fold over the integers between [&#96;start&#96;,&#96;end&#96;] (including &#96;end&#96;).
-</span><span class="decl-fun" id="range_fs_fold"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_fold">range/fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">834</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">834</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">835</span> <span class="op">$</span><span class="number">834</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">886</span> <span class="number">885</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">835</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">834</span></span></a> <span class="kw">else</span>
-    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">834</span></span></a> <span class="kw">=</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">834</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">835</span> <span class="op">$</span><span class="number">834</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">834</span></span></a>)
-    <a class="pp" href="#range_fs_fold">fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">834</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">834</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">835</span> <span class="op">$</span><span class="number">834</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">835</span> <span class="op">$</span><span class="number">834</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">835</span> int</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">835</span> int</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">834</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">834</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">835</span> <span class="op">$</span><span class="number">834</span></span></a></span>)
+</span><span class="decl-fun" id="range_fs_fold"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_fold">range/fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">537</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">537</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">538</span> <span class="op">$</span><span class="number">537</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">589</span> <span class="number">588</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">538</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">537</span></span></a> <span class="kw">else</span>
+    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">537</span></span></a> <span class="kw">=</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">537</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">538</span> <span class="op">$</span><span class="number">537</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">537</span></span></a>)
+    <a class="pp" href="#range_fs_fold">fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">537</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">537</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">538</span> <span class="op">$</span><span class="number">537</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">538</span> <span class="op">$</span><span class="number">537</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">538</span> int</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">538</span> int</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">537</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">537</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">538</span> <span class="op">$</span><span class="number">537</span></span></a></span>)
 
 <span class="comment">// Fold over the integers between [0,&#96;upto&#96;)  (excluding &#96;upto&#96;).
-</span><span class="decl-fun" id="fold"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#fold">fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>fold: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">upto</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">upto<span class="pc">upto: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">811</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">811</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">812</span> <span class="op">$</span><span class="number">811</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">833</span> <span class="number">832</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_fold">range/fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">811</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">811</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">812</span> <span class="op">$</span><span class="number">811</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">812</span> <span class="op">$</span><span class="number">811</span></span></a>( <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">upto<span class="pc">upto: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">812</span> int</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">811</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">811</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">812</span> <span class="op">$</span><span class="number">811</span></span></a> </span>)
+</span><span class="decl-fun" id="fold"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#fold">fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>fold: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">upto</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">upto<span class="pc">upto: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">514</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">514</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">515</span> <span class="op">$</span><span class="number">514</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">536</span> <span class="number">535</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_fold">range/fold<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">514</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">514</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">515</span> <span class="op">$</span><span class="number">514</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">515</span> <span class="op">$</span><span class="number">514</span></span></a>( <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">upto<span class="pc">upto: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">515</span> int</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">514</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">514</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">515</span> <span class="op">$</span><span class="number">514</span></span></a> </span>)
 
 
 <span class="comment">// Fold over the integers between [&#96;start&#96;,&#96;end&#96;] (including &#96;end&#96;) or until &#96;f&#96; returns &#96;Nothing&#96;
-</span><span class="decl-fun" id="range_fs_fold_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_fold_while">range/fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">926</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">926</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">927</span> maybe<span class="op">&lt;$</span><span class="number">926</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">983</span> <span class="number">982</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">927</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">926</span></span></a> <span class="kw">else</span>
-    <span class="kw">match</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">926</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">927</span> maybe<span class="op">&lt;$</span><span class="number">926</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">926</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">926</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#range_fs_fold_while">range/fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">926</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">926</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">927</span> maybe<span class="op">&lt;$</span><span class="number">926</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">927</span> <span class="op">$</span><span class="number">926</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">927</span> int</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">927</span> int</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">926</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">926</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">927</span> maybe<span class="op">&lt;$</span><span class="number">926</span><span class="op">&gt;</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">926</span></span></a></span>
+</span><span class="decl-fun" id="range_fs_fold_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#range_fs_fold_while">range/fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">629</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">629</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">630</span> maybe<span class="op">&lt;$</span><span class="number">629</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">686</span> <span class="number">685</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">630</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a> <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">629</span></span></a> <span class="kw">else</span>
+    <span class="kw">match</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">629</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">630</span> maybe<span class="op">&lt;$</span><span class="number">629</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">629</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">629</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#range_fs_fold_while">range/fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">629</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">629</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">630</span> maybe<span class="op">&lt;$</span><span class="number">629</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">630</span> <span class="op">$</span><span class="number">629</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">630</span> int</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">630</span> int</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">629</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">629</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">630</span> maybe<span class="op">&lt;$</span><span class="number">629</span><span class="op">&gt;</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">629</span></span></a></span>
 
 <span class="comment">// Fold over the integers between [0,&#96;n&#96;) (excluding &#96;n&#96;) or until &#96;f&#96; returns &#96;Nothing&#96;
-</span><span class="decl-fun" id="fold_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#fold_while">fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>fold<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">903</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">903</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">904</span> maybe<span class="op">&lt;$</span><span class="number">903</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">925</span> <span class="number">924</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_fold_while">range/fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">903</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">903</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">904</span> maybe<span class="op">&lt;$</span><span class="number">903</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">904</span> <span class="op">$</span><span class="number">903</span></span></a>( <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">904</span> int</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">903</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">903</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">904</span> maybe<span class="op">&lt;$</span><span class="number">903</span><span class="op">&gt;</span></span></a> </span>)
+</span><span class="decl-fun" id="fold_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#fold_while">fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>fold<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">606</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">606</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">607</span> maybe<span class="op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">628</span> <span class="number">627</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_fold_while">range/fold-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">606</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">606</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">607</span> maybe<span class="op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">607</span> <span class="op">$</span><span class="number">606</span></span></a>( <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">607</span> int</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">606</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">606</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">607</span> maybe<span class="op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span></span></a> </span>)
 
 
 <span class="comment">// ----------------------------------------------------------------------------
@@ -200,30 +200,30 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// Generic inequality
-</span><span class="decl-fun" id="_excl__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(!=): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">587</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">587</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">(@implicit/==)<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">587</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#not">not<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>not: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">587</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">587</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">587</span></span></a></span>)
+</span><span class="decl-fun" id="_excl__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(!=): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">410</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">410</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">(@implicit/==)<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">410</span>, <span class="op">$</span><span class="number">410</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#not">not<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>not: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">410</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">410</span>, <span class="op">$</span><span class="number">410</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">410</span></span></a></span>)
 
 <span class="comment">// Generic equality if &#96;cmp&#96; exists
-</span><span class="decl-fun" id="cmp_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#cmp_fs__eq__eq_">cmp/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">cmp<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">402</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">402</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">402</span>, <span class="op">$</span><span class="number">402</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">402</span>, <span class="op">$</span><span class="number">402</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">402</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">402</span></span></a>)
+</span><span class="decl-fun" id="cmp_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#cmp_fs__eq__eq_">cmp/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span><span class="lq">cmp<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">375</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">375</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">375</span>, <span class="op">$</span><span class="number">375</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">375</span>, <span class="op">$</span><span class="number">375</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">375</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">375</span></span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
     &#95;  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Generic greater than
-</span><span class="decl-fun" id="_gt_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&gt;): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">691</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">691</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">691</span>, <span class="op">$</span><span class="number">691</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">691</span>, <span class="op">$</span><span class="number">691</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">691</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">691</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order-source.html#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a></span>
+</span><span class="decl-fun" id="_gt_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&gt;): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">454</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">454</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">454</span>, <span class="op">$</span><span class="number">454</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">454</span>, <span class="op">$</span><span class="number">454</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">454</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">454</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order-source.html#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a></span>
 
 <span class="comment">// Generic lower than
-</span><span class="decl-fun" id="_lt_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&lt;): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">631</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">631</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">631</span>, <span class="op">$</span><span class="number">631</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">631</span>, <span class="op">$</span><span class="number">631</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">631</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">631</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order-source.html#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
+</span><span class="decl-fun" id="_lt_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&lt;): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">703</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">703</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">703</span>, <span class="op">$</span><span class="number">703</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">703</span>, <span class="op">$</span><span class="number">703</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">703</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">703</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order-source.html#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
 
 <span class="comment">// Generic greater than or equal
-</span><span class="decl-fun" id="_gt__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&gt;=): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">781</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">781</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">781</span>, <span class="op">$</span><span class="number">781</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">781</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">781</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">781</span>, @implicit<span class="fslash">/</span>cmp <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">781</span>, <span class="op">$</span><span class="number">781</span>) <span class="kw op">-></span> order) <span class="kw op">-></span> bool<br>?cmp=?cmp</span></a> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">781</span></span></a>
+</span><span class="decl-fun" id="_gt__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&gt;=): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">763</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">763</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">763</span>, <span class="op">$</span><span class="number">763</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">763</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">763</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">763</span>, @implicit<span class="fslash">/</span>cmp <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">763</span>, <span class="op">$</span><span class="number">763</span>) <span class="kw op">-></span> order) <span class="kw op">-></span> bool<br>?cmp=?cmp</span></a> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">763</span></span></a>
 
 <span class="comment">// Generic lower than or equal
-</span><span class="decl-fun" id="_lt__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&lt;=): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">751</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">751</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">751</span>, <span class="op">$</span><span class="number">751</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">751</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">751</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">751</span>, @implicit<span class="fslash">/</span>cmp <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">751</span>, <span class="op">$</span><span class="number">751</span>) <span class="kw op">-></span> order) <span class="kw op">-></span> bool<br>?cmp=?cmp</span></a> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">751</span></span></a>
+</span><span class="decl-fun" id="_lt__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&lt;=): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">793</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">793</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">793</span>, <span class="op">$</span><span class="number">793</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">793</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">793</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">793</span>, @implicit<span class="fslash">/</span>cmp <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">793</span>, <span class="op">$</span><span class="number">793</span>) <span class="kw op">-></span> order) <span class="kw op">-></span> bool<br>?cmp=?cmp</span></a> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">793</span></span></a>
 
 
 <span class="comment">// ----------------------------------------------------------------------------
@@ -245,24 +245,24 @@
 
 
 <span class="comment">// The default exception handler
-</span><span class="kw">pub</span> <span class="kw">fun</span> @default<span class="dash">-</span>exn(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="number">398</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">handle</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>console<span class="op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()</span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()</span></a> )
-    <span class="kw">final</span> <span class="kw">ctl</span> <a class="pp">throw-exn<span class="pc">throw<span class="dash">-</span>exn: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()</span></a>( <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> )
-      <a class="pp">"uncaught exception: "<span class="pc">literal: <span class="tp">string</span><br>count= 20</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#string_fs_print">print<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>print: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()</span></a>
-      <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#show_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">249</span><span class="op">&gt;</span> ()<br>?show=show</span></a>
+</span><span class="kw">pub</span> <span class="kw">fun</span> @default<span class="dash">-</span>exn(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp kw op">|</span><span class="number">1180</span><span class="op">&gt;</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">handle</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>console<span class="op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()</span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()</span></a> )
+    <span class="kw">final</span> <span class="kw">ctl</span> <a class="pp">throw-exn<span class="pc">throw<span class="dash">-</span>exn: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()</span></a>( <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> )
+      <a class="pp">"uncaught exception: "<span class="pc">literal: <span class="tp">string</span><br>count= 20</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#string_fs_print">print<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>print: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()</span></a>
+      <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#show_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">1031</span><span class="op">&gt;</span> ()<br>?show=show</span></a>
 
 
 <span class="comment">// ----------------------------------------------------------------------------
 // Non determinism
 // ----------------------------------------------------------------------------
 </span>
-noinline <span class="decl-val" id="unique_count"><span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#unique_count">unique-count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique<span class="dash">-</span>count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;584</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>{ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;584</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>) </span>}
+noinline <span class="decl-val" id="unique_count"><span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#unique_count">unique-count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique<span class="dash">-</span>count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1201</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>{ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1201</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>) </span>}
 
 <span class="comment">// Returns a unique integer (modulo 32-bits).
 </span><span class="decl-fun" id="unique"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#unique">unique<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">int</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1224</span><span class="tp sp">&gt;</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">int</span></span></a>
-    <span class="kw">val</span> <a class="pp">u<span class="pc">u: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1224</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp" href="#unique_count">unique-count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique<span class="dash">-</span>count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="#unique_count">unique-count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique<span class="dash">-</span>count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1224</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp">u<span class="pc">u: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1224</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1249</span><span class="tp sp">&gt;</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">int</span></span></a>
+    <span class="kw">val</span> <a class="pp">u<span class="pc">u: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1249</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp" href="#unique_count">unique-count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique<span class="dash">-</span>count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp" href="#unique_count">unique-count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>unique<span class="dash">-</span>count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1249</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp">u<span class="pc">u: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;1249</span><span class="tp sp">&gt;</span> <span class="tp">int</span></span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
     </span><a class="pp">u<span class="pc">u: <span class="tp">int</span></span></a>
 
 
diff --git a/doc/std_core_bool-source.html b/doc/std_core_bool-source.html
index f30cedddc..f63d1c63e 100644
--- a/doc/std_core_bool-source.html
+++ b/doc/std_core_bool-source.html
@@ -25,49 +25,49 @@
 <span class="comment">// Standard &#96;:bool&#96; functions.
 //
 // Booleans are either &#96;True&#96; or &#96;False&#96;.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_null_"><span class="mo">std/core/bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_bool.html#_null_"><span class="mo">std/core/bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
 
 <span class="comment">// ----------------------------------------------------------------------------
 // Booleans
 // ----------------------------------------------------------------------------
 </span>
-<span class="decl-fun" id="_eq__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a></span><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>
+<span class="decl-fun" id="_eq__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a></span><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>
 
-<span class="decl-fun" id="_excl__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">else</span> </span><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>
+<span class="decl-fun" id="_excl__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">else</span> </span><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>
 
-<span class="decl-fun" id="_lt_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  (<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
+<span class="decl-fun" id="_lt_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  (<a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
 
-<span class="decl-fun" id="_lt__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
+<span class="decl-fun" id="_lt__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
 
-<span class="decl-fun" id="_gt_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  (<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
+<span class="decl-fun" id="_gt_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  (<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
 
-<span class="decl-fun" id="_gt__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
+<span class="decl-fun" id="_gt__eq_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a></span>)
 
 <span class="comment">// Compare two booleans with &#96;False &lt; True&#96;.
-</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a>
-  <span class="kw">elif</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
-  <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
+</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a>
+  <span class="kw">elif</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
+  <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
 
 <span class="comment">// Order two booleans in ascending order.
-</span><span class="decl-fun" id="order2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a>) <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a></span>)
+</span><span class="decl-fun" id="order2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a>) <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>) <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a></span>)
 
 
 <span class="comment">// Convert a &#96;:bool&#96; to a string
-</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp">"True"<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a> <span class="kw">else</span> <a class="pp">"False"<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a></span>
 
 <span class="comment">// Convert a boolean to an &#96;:int&#96;
-</span><span class="decl-fun" id="int"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="int"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_bool.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a> <span class="kw">else</span> </span><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
 </pre>
 
diff --git a/doc/std_core_bool.html b/doc/std_core_bool.html
index d25c42fc8..ef3945537 100644
--- a/doc/std_core_bool.html
+++ b/doc/std_core_bool.html
@@ -15,38 +15,38 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_bool-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_bool-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#order2"><span class="kw">fun</span>&nbsp;order2</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li></ul></div>
 <div class="doc koka comment">
-<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> functions.</h1>
+<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> functions.</h1>
 
 
 
-<p class="p noindent">Booleans are either <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code> or <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></code>.
+<p class="p noindent">Booleans are either <code class="koka"><a class="pp" href="std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code> or <code class="koka"><a class="pp" href="std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></code>.
 </p></div>
-<div class="decl" id="_excl__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_excl__eq_">(!=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_lt_">(&lt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="_lt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_lt__eq_">(&lt;=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_eq__eq_">(==)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_gt_">(&gt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_gt__eq_">(&gt;=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#cmp">cmp</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">Compare two booleans with <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">(&#60;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&#60;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code>.
+<div class="decl" id="_excl__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_excl__eq_">(!=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_lt_">(&lt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="_lt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_lt__eq_">(&lt;=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_eq__eq_">(==)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_gt_">(&gt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#_gt__eq_">(&gt;=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#cmp">cmp</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Compare two booleans with <code class="koka"><a class="pp" href="std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a> <a class="pp" href="#_lt_">(&#60;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool<span class="fslash last">/</span></span>(&#60;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#int">int</a></span>( <span class="tp tpp">b</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#int">int</a></span>( <span class="tp tpp">b</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a boolean to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Convert a boolean to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Order two booleans in ascending order.
 </p></div></div>
-<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#show">show</a></span>( <span class="tp tpp">b</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_bool-source.html#show">show</a></span>( <span class="tp tpp">b</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> to a string.
+<p class="p noindent">Convert a <code class="koka"><a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> to a string.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_char-source.html b/doc/std_core_char-source.html
index f8dd79619..8b5e81691 100644
--- a/doc/std_core_char-source.html
+++ b/doc/std_core_char-source.html
@@ -27,106 +27,106 @@
 // Characters are unicode &#95;codepoint&#95;\/s.
 // This is different from a unicode &#95;grapheme&#95; which represents a single displayed
 // symbol and can consists of multiple codepoints due to combining characters and marks.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_null_"><span class="mo">std/core/char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_char.html#_null_"><span class="mo">std/core/char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
 
 <span class="comment">// ----------------------------------------------------------------------------
 // Characters
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// Are two characters equal?
-</span><span class="decl-extern" id="_eq__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_eq__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 == #2)"</span>
   js inline <span class="st">"(#1 === #2)"</span></span>
 
 <span class="comment">// Are two characters not equal?
-</span><span class="decl-extern" id="_excl__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_excl__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 != #2)"</span>
   js inline <span class="st">"(#1 !== #2)"</span></span>
 
 <span class="comment">// Is a character code point lower or equal to that of another?
-</span><span class="decl-extern" id="_lt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_lt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &lt;= #2)"</span></span>
 
 <span class="comment">// Is a character code point greater or equal to that of another?
-</span><span class="decl-extern" id="_gt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_gt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &gt;= #2)"</span></span>
 
 <span class="comment">// Is a character code point lower to that of another?
-</span><span class="decl-extern" id="_lt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_lt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &lt; #2)"</span></span>
 
 <span class="comment">// Is a character code point greater to that of another?
-</span><span class="decl-extern" id="_gt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_gt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &gt; #2)"</span></span>
 
 <span class="comment">// Compare character code points.
-</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a>
-  <span class="kw">elif</span> <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
-  <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
+</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a>
+  <span class="kw">elif</span> <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
+  <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
 
 <span class="comment">// Order two characters in ascending order.
-</span><span class="decl-fun" id="order2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a>) <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a></span>)
+</span><span class="decl-fun" id="order2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a>) <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>) <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">char</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">char</span></span></a></span>)
 
 <span class="comment">// Convert a character to its unicode code point
-</span><span class="decl-extern" id="int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   inline <span class="st">"#1"</span>
   c <span class="st">"kk&#95;integer&#95;from&#95;int"</span>
   cs inline <span class="st">"new BigInteger(#1)"</span></span>
 
 <span class="comment">// Convert a unicode code point to a character
-</span><span class="decl-extern" id="int_fs_char"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#int_fs_char">int/char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="int_fs_char"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_char.html#int_fs_char">int/char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
   inline <span class="st">"(#1)"</span>
   c <span class="st">"kk&#95;integer&#95;clamp32"</span>
   cs inline <span class="st">"Primitive.IntToInt32(#1)"</span></span>
 
 <span class="comment">// Add two character code points
-</span><span class="decl-fun" id="_plus_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_plus_">(+)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
-  (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)<span class="kw op">.</span><a class="pp" href="#int_fs_char">char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a></span>
+</span><span class="decl-fun" id="_plus_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#_plus_">(+)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
+  (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)<span class="kw op">.</span><a class="pp" href="#int_fs_char">char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a></span>
 
 <span class="comment">// Subtract two character code points
-</span><span class="decl-fun" id="_dash_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_dash_">(-)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
-  (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)<span class="kw op">.</span><a class="pp" href="#int_fs_char">char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a></span>
+</span><span class="decl-fun" id="_dash_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#_dash_">(-)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
+  (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">d<span class="pc">d: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)<span class="kw op">.</span><a class="pp" href="#int_fs_char">char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a></span>
 
 <span class="comment">// Is the character a lower-case ASCII character?
-</span><span class="decl-fun" id="is_lower"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_lower">is-lower<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>lower: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'a'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0061</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'z'<span class="pc">literal: <span class="tp">char</span><br>unicode= u007A</span></a></span>
+</span><span class="decl-fun" id="is_lower"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_lower">is-lower<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>lower: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'a'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0061</span></a> <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'z'<span class="pc">literal: <span class="tp">char</span><br>unicode= u007A</span></a></span>
 
 <span class="comment">// Is the character an upper-case ASCII character?
-</span><span class="decl-fun" id="is_upper"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_upper">is-upper<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>upper: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'A'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0041</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'Z'<span class="pc">literal: <span class="tp">char</span><br>unicode= u005A</span></a></span>
+</span><span class="decl-fun" id="is_upper"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_upper">is-upper<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>upper: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'A'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0041</span></a> <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'Z'<span class="pc">literal: <span class="tp">char</span><br>unicode= u005A</span></a></span>
 
 <span class="comment">// Is the character an ASCII digit ?
-</span><span class="decl-fun" id="is_digit"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_digit">is-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'0'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0030</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'9'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0039</span></a></span>
+</span><span class="decl-fun" id="is_digit"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_digit">is-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'0'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0030</span></a> <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'9'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0039</span></a></span>
 
 <span class="comment">// Is the character an ASCII hexa-decimal digit?
-</span><span class="decl-fun" id="is_hex_digit"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_hex_digit">is-hex-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>hex<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_digit">is-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'a'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0061</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'f'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0066</span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'A'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0041</span></a>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'F'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0046</span></a></span>)
+</span><span class="decl-fun" id="is_hex_digit"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_hex_digit">is-hex-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>hex<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_digit">is-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'a'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0061</span></a> <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'f'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0066</span></a>) <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'A'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0041</span></a>  <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'F'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0046</span></a></span>)
 
 <span class="comment">// Is the character an ASCII letter?
-</span><span class="decl-fun" id="is_alpha"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_alpha">is-alpha<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>alpha: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_lower">is-lower<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>lower: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_upper">is-upper<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>upper: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a></span>
+</span><span class="decl-fun" id="is_alpha"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_alpha">is-alpha<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>alpha: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_lower">is-lower<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>lower: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_upper">is-upper<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>upper: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Is the character ASCII letter or digit?
-</span><span class="decl-fun" id="is_alpha_num"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_alpha_num">is-alpha-num<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>alpha<span class="dash">-</span>num: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_alpha">is-alpha<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>alpha: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_digit">is-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a></span>
+</span><span class="decl-fun" id="is_alpha_num"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_alpha_num">is-alpha-num<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>alpha<span class="dash">-</span>num: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_alpha">is-alpha<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>alpha: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="#is_digit">is-digit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>digit: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Is the character an ASCII character, e.g. &#96;c &lt;= '\x7F'&#96;?
-</span><span class="decl-fun" id="is_ascii"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_ascii">is-ascii<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>ascii: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a>     <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="is_ascii"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_ascii">is-ascii<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>ascii: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a>     <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\DEL'<span class="pc">literal: <span class="tp">char</span><br>unicode= u007F</span></a></span>
 
 <span class="comment">// Is the character an ASCII control character, e.g. &#96;c &lt; ' '&#96;?
-</span><span class="decl-fun" id="is_control"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_control">is-control<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>control: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a>   <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="is_control"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_control">is-control<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>control: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a>   <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">' '<span class="pc">literal: <span class="tp">char</span><br>unicode= u0020</span></a></span>
 
 <span class="comment">// Tests if a character is an element of &#96;" \t\n\r"&#96;
-</span><span class="decl-fun" id="is_white"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#is_white">is-white<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>white: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a>     <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">' '<span class="pc">literal: <span class="tp">char</span><br>unicode= u0020</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\t'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0009</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\n'<span class="pc">literal: <span class="tp">char</span><br>unicode= u000A</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\r'<span class="pc">literal: <span class="tp">char</span><br>unicode= u000D</span></a></span>
+</span><span class="decl-fun" id="is_white"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_char.html#is_white">is-white<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>is<span class="dash">-</span>white: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a>     <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">' '<span class="pc">literal: <span class="tp">char</span><br>unicode= u0020</span></a> <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\t'<span class="pc">literal: <span class="tp">char</span><br>unicode= u0009</span></a> <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\n'<span class="pc">literal: <span class="tp">char</span><br>unicode= u000A</span></a> <a class="pp" href="std_core_types-source.html#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a> <a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">,</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">'\r'<span class="pc">literal: <span class="tp">char</span><br>unicode= u000D</span></a></span>
 </pre>
 
 </body>
diff --git a/doc/std_core_char.html b/doc/std_core_char.html
index a8fdfce11..10c020bca 100644
--- a/doc/std_core_char.html
+++ b/doc/std_core_char.html
@@ -15,10 +15,10 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_char-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_char-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#int_fs_char"><span class="kw">fun</span>&nbsp;<span class="lq">int<span class="fslash">/</span></span>char</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li></ul><ul class="toc"><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#is_alpha"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>alpha</a></li><li><a class="link" href="#is_alpha_num"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>alpha<span class="dash">-</span>num</a></li><li><a class="link" href="#is_ascii"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>ascii</a></li><li><a class="link" href="#is_control"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>control</a></li><li><a class="link" href="#is_digit"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>digit</a></li></ul><ul class="toc"><li><a class="link" href="#is_hex_digit"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>hex<span class="dash">-</span>digit</a></li><li><a class="link" href="#is_lower"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>lower</a></li><li><a class="link" href="#is_upper"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>upper</a></li><li><a class="link" href="#is_white"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>white</a></li><li><a class="link" href="#order2"><span class="kw">fun</span>&nbsp;order2</a></li></ul></div>
 <div class="doc koka comment">
-<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></code> functions.</h1>
+<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></code> functions.</h1>
 
 
 
@@ -26,91 +26,91 @@ <h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://kok
 This is different from a unicode <em class="em-low1">grapheme</em> which represents a single displayed
 symbol and can consists of multiple codepoints due to combining characters and marks.
 </p></div>
-<div class="decl" id="int_fs_char"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#int_fs_char"><span class="lq">int<span class="fslash">/</span></span>char</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int_fs_char"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#int_fs_char"><span class="lq">int<span class="fslash">/</span></span>char</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Convert a unicode code point to a character.
 </p></div></div>
-<div class="decl" id="_excl__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_excl__eq_">(!=)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_excl__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_excl__eq_">(!=)</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Are two characters not equal?
 </p></div></div>
-<div class="decl" id="_plus_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_plus_">(+)</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_plus_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_plus_">(+)</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Add two character code points.
 </p></div></div>
-<div class="decl" id="_dash_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_dash_">(<span class="dash">-</span>)</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_dash_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_dash_">(<span class="dash">-</span>)</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Subtract two character code points.
 </p></div></div>
-<div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_lt_">(&lt;)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_lt_">(&lt;)</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is a character code point lower to that of another?
 </p></div></div>
-<div class="decl" id="_lt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_lt__eq_">(&lt;=)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_lt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_lt__eq_">(&lt;=)</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is a character code point lower or equal to that of another?
 </p></div></div>
-<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_eq__eq_">(==)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_eq__eq_">(==)</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Are two characters equal?
 </p></div></div>
-<div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_gt_">(&gt;)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_gt_">(&gt;)</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is a character code point greater to that of another?
 </p></div></div>
-<div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_gt__eq_">(&gt;=)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#_gt__eq_">(&gt;=)</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is a character code point greater or equal to that of another?
 </p></div></div>
-<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#cmp">cmp</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#cmp">cmp</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Compare character code points.
 </p></div></div>
-<div class="decl" id="int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#int">int</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#int">int</a></span>( <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Convert a character to its unicode code point.
 </p></div></div>
-<div class="decl" id="is_alpha"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_alpha">is<span class="dash">-</span>alpha</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_alpha"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_alpha">is<span class="dash">-</span>alpha</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character an ASCII letter?
 </p></div></div>
-<div class="decl" id="is_alpha_num"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_alpha_num">is<span class="dash">-</span>alpha<span class="dash">-</span>num</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_alpha_num"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_alpha_num">is<span class="dash">-</span>alpha<span class="dash">-</span>num</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character ASCII letter or digit?
 </p></div></div>
-<div class="decl" id="is_ascii"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_ascii">is<span class="dash">-</span>ascii</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_ascii"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_ascii">is<span class="dash">-</span>ascii</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character an ASCII character, e.g. <code class="koka">c <span class="op">&#60;=</span> <span class="st">&#39;\DEL&#39;</span></code>?
 </p></div></div>
-<div class="decl" id="is_control"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_control">is<span class="dash">-</span>control</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_control"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_control">is<span class="dash">-</span>control</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character an ASCII control character, e.g. <code class="koka">c <span class="op">&#60;</span> <span class="st">&#39; &#39;</span></code>?
 </p></div></div>
-<div class="decl" id="is_digit"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_digit">is<span class="dash">-</span>digit</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_digit"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_digit">is<span class="dash">-</span>digit</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character an ASCII digit ?
 </p></div></div>
-<div class="decl" id="is_hex_digit"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_hex_digit">is<span class="dash">-</span>hex<span class="dash">-</span>digit</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_hex_digit"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_hex_digit">is<span class="dash">-</span>hex<span class="dash">-</span>digit</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character an ASCII hexa-decimal digit?
 </p></div></div>
-<div class="decl" id="is_lower"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_lower">is<span class="dash">-</span>lower</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_lower"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_lower">is<span class="dash">-</span>lower</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character a lower-case ASCII character?
 </p></div></div>
-<div class="decl" id="is_upper"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_upper">is<span class="dash">-</span>upper</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_upper"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_upper">is<span class="dash">-</span>upper</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the character an upper-case ASCII character?
 </p></div></div>
-<div class="decl" id="is_white"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_white">is<span class="dash">-</span>white</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_white"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#is_white">is<span class="dash">-</span>white</a></span>( <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Tests if a character is an element of <code class="koka"><span class="st">&#34; \t\n\r&#34;</span></code>.
 </p></div></div>
-<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_char-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Order two characters in ascending order.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_int.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_console-source.html b/doc/std_core_console-source.html
index 2a823df20..4e9b38bad 100644
--- a/doc/std_core_console-source.html
+++ b/doc/std_core_console-source.html
@@ -68,9 +68,9 @@
 
 noinline <span class="decl-fun" id="prints"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#prints">prints<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>prints: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   (<a class="pp" href="#unsafe_nostate">unsafe-nostate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>nostate: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span></span></a>
-    <span class="kw">match</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;94</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="#redirect">redirect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>redirect: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="#xprints">xprints<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>xprints: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;94</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>) <span class="kw op">-></span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;94</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>)
+    <span class="kw">match</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;87</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="#redirect">redirect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>redirect: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="#xprints">xprints<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>xprints: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;87</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>) <span class="kw op">-></span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;87</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>)
   )(</span>)
 
 noinline <span class="decl-fun" id="printsln"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#printsln">printsln<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>printsln: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
@@ -87,16 +87,16 @@
   <a class="pp" href="#prints">prints<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>prints: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a></span>)
 
 <span class="comment">// Print a value that has a &#96;show&#96; function
-</span><span class="decl-fun" id="show_fs_print"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#show_fs_print">show/print<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>print: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">138</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">138</span>) <span class="kw op">-></span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#prints">prints<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>prints: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">138</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">138</span>) <span class="kw op">-></span> console string</span></a></span>)
+</span><span class="decl-fun" id="show_fs_print"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#show_fs_print">show/print<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>print: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">137</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">137</span>) <span class="kw op">-></span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#prints">prints<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>prints: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">137</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">137</span>) <span class="kw op">-></span> console string</span></a></span>)
 
 <span class="comment">// Print a string to the console, including a final newline character.
 </span><span class="decl-fun" id="string_fs_println"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#string_fs_println">string/println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   <a class="pp" href="#printsln">printsln<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>printsln: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a></span>)
 
 <span class="comment">// Print a value that has a &#96;show&#96; function, including a final newline character.
-</span><span class="decl-fun" id="show_fs_println"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#show_fs_println">show/println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>println: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">250</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">250</span>) <span class="kw op">-></span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#printsln">printsln<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>printsln: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">250</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">250</span>) <span class="kw op">-></span> console string</span></a></span>)
+</span><span class="decl-fun" id="show_fs_println"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#show_fs_println">show/println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">show<span class="fslash">/</span></span>println: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">257</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">257</span>) <span class="kw op">-></span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#printsln">printsln<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>printsln: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">console</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">257</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">257</span>) <span class="kw op">-></span> console string</span></a></span>)
 </pre>
 
 </body>
diff --git a/doc/std_core_debug-source.html b/doc/std_core_debug-source.html
index f629289b8..4e8f770c5 100644
--- a/doc/std_core_debug-source.html
+++ b/doc/std_core_debug-source.html
@@ -64,25 +64,25 @@
   cs <span class="st">"Primitive.TraceAny"</span>
   js <span class="st">"$std&#95;core&#95;console.&#95;trace&#95;any"</span></span>
 
-<span class="decl-val" id="trace_enabled"><span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_enabled">trace-enabled<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>enabled: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;68</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>{ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;68</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>) </span>}
+<span class="decl-val" id="trace_enabled"><span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_enabled">trace-enabled<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>enabled: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;132</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>{ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;132</span><span class="tp sp">&gt;</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>) </span>}
 
 <span class="comment">// Trace a message used for debug purposes.
 // The behaviour is system dependent. On a browser and node it uses
 // &#96;console.log&#96;  by default.
 // Disabled if &#96;notrace&#96; is called.
 </span><span class="decl-fun" id="trace"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace">trace<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;236</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-    <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;236</span><span class="tp sp">&gt;</span> <span class="tp">bool</span></span></a><a class="pp" href="#trace_enabled">trace-enabled<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>enabled: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">then</span> <a class="pp" href="#xtrace">xtrace<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>xtrace: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;236</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;160</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+    <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;160</span><span class="tp sp">&gt;</span> <span class="tp">bool</span></span></a><a class="pp" href="#trace_enabled">trace-enabled<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>enabled: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">then</span> <a class="pp" href="#xtrace">xtrace<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>xtrace: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;160</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
 
 <span class="decl-fun" id="trace_info"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_info">trace-info<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>info: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>kk<span class="dash">-</span>file<span class="dash">-</span>line</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/kk-file-line<span class="pc"><span class="lq">?</span>kk<span class="dash">-</span>file<span class="dash">-</span>line: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   <a class="pp" href="#trace">trace<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">@implicit/kk-file-line<span class="pc"><span class="lq">?</span>kk<span class="dash">-</span>file<span class="dash">-</span>line: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">": "<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a></span>)
 
-<span class="decl-fun" id="trace_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_show">trace-show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>kk<span class="dash">-</span>file<span class="dash">-</span>line</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">329</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">329</span>) <span class="kw op">-></span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/kk-file-line<span class="pc"><span class="lq">?</span>kk<span class="dash">-</span>file<span class="dash">-</span>line: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#trace_info">trace-info<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>info: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>kk<span class="dash">-</span>file<span class="dash">-</span>line</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span><br>?kk-file-line=?kk-file-line</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">329</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">329</span>) <span class="kw op">-></span> string</span></a></span>)
+<span class="decl-fun" id="trace_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_show">trace-show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>kk<span class="dash">-</span>file<span class="dash">-</span>line</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">203</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">203</span>) <span class="kw op">-></span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/kk-file-line<span class="pc"><span class="lq">?</span>kk<span class="dash">-</span>file<span class="dash">-</span>line: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#trace_info">trace-info<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>info: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>kk<span class="dash">-</span>file<span class="dash">-</span>line</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span><br>?kk-file-line=?kk-file-line</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">203</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">203</span>) <span class="kw op">-></span> string</span></a></span>)
 
-<span class="decl-fun" id="trace_any"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_any">trace-any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>any: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">250</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;276</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-    <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;276</span><span class="tp sp">&gt;</span> <span class="tp">bool</span></span></a><a class="pp" href="#trace_enabled">trace-enabled<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>enabled: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">then</span> <a class="pp" href="#xtrace_any">xtrace-any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>xtrace<span class="dash">-</span>any: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">250</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;</span>global<span class="op">&gt;</span><span class="kw op">|</span>&#95;276<span class="op">&gt;</span> ()</span></a>(<a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">250</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+<span class="decl-fun" id="trace_any"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#trace_any">trace-any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>any: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">227</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;253</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+    <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;253</span><span class="tp sp">&gt;</span> <span class="tp">bool</span></span></a><a class="pp" href="#trace_enabled">trace-enabled<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>trace<span class="dash">-</span>enabled: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">then</span> <a class="pp" href="#xtrace_any">xtrace-any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>xtrace<span class="dash">-</span>any: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">227</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;</span>global<span class="op">&gt;</span><span class="kw op">|</span>&#95;253<span class="op">&gt;</span> ()</span></a>(<a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">227</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Disable tracing completely.
 </span><span class="decl-fun" id="notrace"><span class="kw">pub</span> noinline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#notrace">notrace<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug<span class="fslash last">/</span></span>notrace: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
diff --git a/doc/std_core_delayed-source.html b/doc/std_core_delayed-source.html
index fa95c589e..759195f46 100644
--- a/doc/std_core_delayed-source.html
+++ b/doc/std_core_delayed-source.html
@@ -23,11 +23,11 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Delayed computations.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#_null_"><span class="mo">std/core/delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_delayed.html#_null_"><span class="mo">std/core/delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#_null_"><span class="mo">std/core/unsafe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_unsafe.html#_null_"><span class="mo">std/core/unsafe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></span></a>
 
 <span class="comment">// ----------------------------------------------------------------------------
 // Delayed values
@@ -35,40 +35,40 @@
 </span>
 <span class="comment">// Delayed (or &#95;lazy&#95;) values are computed (with effect &#96;:e&#96;) only the first time
 // &#96;force&#96; is called and cached afterwards.
-</span><span class="decl-type" id="type_space_delayed"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_XDelay"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#con_space_XDelay"><span class="co">XDelay</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>XDelay: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">dref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#delayed_fs_dref">dref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span><span class="lq">delayed<span class="fslash">/</span></span>dref: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">delayed</span> <span class="tp kw op">:</span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> </span></span>)
+</span><span class="decl-type" id="type_space_delayed"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_delayed.html#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_XDelay"><span class="kw">con</span> <a class="pp" href="std_core_delayed.html#con_space_XDelay"><span class="co">XDelay</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>XDelay: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">dref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="std_core_delayed.html#delayed_fs_dref">dref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span><span class="lq">delayed<span class="fslash">/</span></span>dref: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">delayed</span> <span class="tp kw op">:</span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> </span></span>)
 
 <span class="comment">// Create a new &#96;:delayed&#96; value.
-</span><span class="decl-fun" id="delay"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#delay">delay<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delay: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="number">162</span>,<span class="number">161</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;133</span><span class="tp sp">&gt;</span> <span class="tp">delayed</span><span class="tp op">&lt;$</span><span class="number">115</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span>) <span class="kw op">-></span> delayed<span class="op">&lt;$</span><span class="number">115</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span></span></a>
-    <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l28<span class="dash">-</span>c31: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l28<span class="dash">-</span>c33: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>global<span class="op">&gt;</span><span class="kw op">|</span>&#95;133<span class="op">&gt;</span> ref<span class="op">&lt;</span>global,either<span class="op">&lt;</span>() <span class="kw op">-></span> <span class="op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a>))
+</span><span class="decl-fun" id="delay"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_delayed.html#delay">delay<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delay: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="number">162</span>,<span class="number">161</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;133</span><span class="tp sp">&gt;</span> <span class="tp">delayed</span><span class="tp op">&lt;$</span><span class="number">115</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span>) <span class="kw op">-></span> delayed<span class="op">&lt;$</span><span class="number">115</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span></span></a>
+    <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l28<span class="dash">-</span>c31: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l28<span class="dash">-</span>c33: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>global<span class="op">&gt;</span><span class="kw op">|</span>&#95;133<span class="op">&gt;</span> ref<span class="op">&lt;</span>global,either<span class="op">&lt;</span>() <span class="kw op">-></span> <span class="op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a>))
     <a class="pp" href="#con_space_XDelay"><span class="co">XDelay</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>XDelay: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">dref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span>,<span class="op">$</span><span class="number">114</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Force a delayed value; the value is computed only on the first
 // call to &#96;force&#96; and cached afterwards.
-</span><span class="decl-fun" id="force"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#force">force<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>force: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">delayed</span> <span class="tp kw op">:</span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">delayed<span class="pc">delayed: <span class="tp">delayed</span><span class="tp op">&lt;$</span><span class="number">171</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">271</span> <span class="number">270</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">170</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span></span></a>
+</span><span class="decl-fun" id="force"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_delayed.html#force">force<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>force: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">delayed</span> <span class="tp kw op">:</span> <span class="tp">delayed</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">delayed<span class="pc">delayed: <span class="tp">delayed</span><span class="tp op">&lt;$</span><span class="number">171</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">271</span> <span class="number">270</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">170</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span></span></a>
     <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp">delayed<span class="pc">delayed: <span class="tp">delayed</span><span class="tp op">&lt;$</span><span class="number">171</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#delayed_fs_dref">dref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span><span class="lq">delayed<span class="fslash">/</span></span>dref: <span class="tp sp">(</span><span class="tp tpp">delayed</span> <span class="tp kw op">:</span> <span class="tp">delayed</span><span class="tp op">&lt;$</span><span class="number">171</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,read<span class="op">&lt;</span>global<span class="op">&gt;</span>,write<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,either<span class="op">&lt;</span>() <span class="kw op">-></span> <span class="op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,alloc<span class="op">&lt;</span>&#95;227<span class="op">&gt;</span>,write<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> either<span class="op">&lt;</span>() <span class="kw op">-></span> <span class="op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span></span></a><a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span></span></a>) <span class="kw op">-></span>
-        <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#mask_st">mask-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>mask<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">171</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">170</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,read<span class="op">&lt;</span>global<span class="op">&gt;</span>,write<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> (() <span class="kw op">-></span> <span class="op">&lt;</span>st<span class="op">&lt;</span>global<span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">171</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">170</span>)</span></a>{ <span class="kw">mask</span><span class="op">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="op">&gt;</span>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span></span></a>) }()
-        <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>write<span class="op">&lt;</span>global<span class="op">&gt;</span>,alloc<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,read<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>)
+    <span class="kw">match</span> <a class="pp" href="std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,alloc<span class="op">&lt;</span>&#95;227<span class="op">&gt;</span>,write<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> either<span class="op">&lt;</span>() <span class="kw op">-></span> <span class="op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span></span></a><a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>
+      <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span></span></a>) <span class="kw op">-></span>
+        <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a> <span class="kw">=</span> <a class="pp" href="std_core_types-source.html#mask_st">mask-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>mask<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">171</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">170</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,read<span class="op">&lt;</span>global<span class="op">&gt;</span>,write<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> (() <span class="kw op">-></span> <span class="op">&lt;</span>st<span class="op">&lt;</span>global<span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">171</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">170</span>)</span></a>{ <span class="kw">mask</span><span class="op">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="op">&gt;</span>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span></span></a>) }()
+        <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">171</span> <span class="op">$</span><span class="number">170</span>,<span class="op">$</span><span class="number">170</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>write<span class="op">&lt;</span>global<span class="op">&gt;</span>,alloc<span class="op">&lt;</span>global<span class="op">&gt;</span>,div,read<span class="op">&lt;</span>global<span class="op">&gt;|$</span><span class="number">171</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>)
         </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">170</span></span></a>
 
 <span class="comment">// Given a total function to calculate a value &#96;:a&#96;, return
 // a total function that only calculates the value once and then
 // returns the cached result.
-</span><span class="decl-fun" id="once"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#once">once<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>once: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">calc</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">calc<span class="pc">calc: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">278</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="number">371</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;297</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">278</span>)) <span class="kw op">-></span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">278</span>)</span></a>
-    <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span><span class="kw op">|</span>&#95;297<span class="op">&gt;</span> ref<span class="op">&lt;</span>&#95;296,maybe<span class="op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)
+</span><span class="decl-fun" id="once"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_delayed.html#once">once<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>once: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">calc</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">calc<span class="pc">calc: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">278</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="number">371</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
+  <a class="pp" href="std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">&#95;297</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">278</span>)) <span class="kw op">-></span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">278</span>)</span></a>
+    <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>alloc<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span><span class="kw op">|</span>&#95;297<span class="op">&gt;</span> ref<span class="op">&lt;</span>&#95;296,maybe<span class="op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)
     <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">278</span></span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">278</span></span></a>()
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">&#95;365</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">278</span></span></a>
-        <span class="kw">match</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,write<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,div<span class="kw op">|</span>&#95;365<span class="op">&gt;</span> maybe<span class="op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span></span></a><a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
-          <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>
-          <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span>
+      <a class="pp" href="std_core_unsafe-source.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">&#95;365</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">278</span></span></a>
+        <span class="kw">match</span> <a class="pp" href="std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,write<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,div<span class="kw op">|</span>&#95;365<span class="op">&gt;</span> maybe<span class="op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span></span></a><a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
+          <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>
+          <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span>
             <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a> <span class="kw">=</span> <a class="pp">calc<span class="pc">calc: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">&#95;365</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">278</span></span></a>()
-            <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>write<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,read<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,div<span class="kw op">|</span>&#95;365<span class="op">&gt;</span> ()</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>)
+            <a class="pp">r<span class="pc">r: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;296</span><span class="tp sp">,</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">278</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>write<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,read<span class="op">&lt;</span>&#95;296<span class="op">&gt;</span>,div<span class="kw op">|</span>&#95;365<span class="op">&gt;</span> ()</span></a> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>)
             </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">278</span></span></a>
 </pre>
 
diff --git a/doc/std_core_delayed.html b/doc/std_core_delayed.html
index 97fc00b91..d9c388495 100644
--- a/doc/std_core_delayed.html
+++ b/doc/std_core_delayed.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_delayed-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_delayed-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#type_space_delayed"><span class="kw">type</span>&nbsp;<span class="tp">delayed</span></a>
 </li><li class="nested"><a class="link" href="#delay"><span class="kw">fun</span>&nbsp;delay</a></li><li class="nested"><a class="link" href="#force"><span class="kw">fun</span>&nbsp;force</a></li><li>&nbsp;</li><li><a class="link" href="#once"><span class="kw">fun</span>&nbsp;once</a></li></ul></div>
 <div class="doc koka comment">
@@ -26,7 +26,7 @@ <h1 class="synopsis">Delayed computations.
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="type_space_delayed"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_delayed-source.html#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">e</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_delayed"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_delayed-source.html#type_space_delayed"><span class="tp">delayed</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>delayed: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">e</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Delayed (or <em class="em-low1">lazy</em>) values are computed (with effect <code class="koka"><span class="tp tv">e</span></code>) only the first time
 <code class="koka"><a class="pp" href="#force">force<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>delayed<span class="fslash last">/</span></span>force: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">delayed</span> <span class="tp kw op">:</span> <span class="tp">delayed</span><span class="tp sp">&#60;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a></code> is called and cached afterwards.
@@ -44,7 +44,7 @@ <h1 class="synopsis">Delayed computations.
 a total function that only calculates the value once and then
 returns the cached result.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="std_core_unsafe.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_either-source.html b/doc/std_core_either-source.html
index f4eafeaef..58fd117f7 100644
--- a/doc/std_core_either-source.html
+++ b/doc/std_core_either-source.html
@@ -23,29 +23,29 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Standard &#96;:either&#96; functions.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either.html#_null_"><span class="mo">std/core/either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_either.html#_null_"><span class="mo">std/core/either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
 
 <span class="comment">// Convert a &#96;:either&#96; to a &#96;:maybe&#96; type discarding the value of the &#96;Left&#96; constructor
 // and using &#96;Just&#96; for the &#96;Right&#96; constructor.
-</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">103</span>,<span class="op">$</span><span class="number">104</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">132</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_either.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">103</span>,<span class="op">$</span><span class="number">104</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">132</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">103</span>,<span class="op">$</span><span class="number">104</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">104</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">104</span></span></a></span>)
+    <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">104</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">104</span></span></a></span>)
 
 <span class="comment">// Map over the &#96;Right&#96; component of an &#96;:either&#96; type.
-</span><span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">43</span>,<span class="op">$</span><span class="number">44</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">44</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">46</span> <span class="op">$</span><span class="number">45</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>  <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">90</span> either<span class="op">&lt;</span><span class="number">87</span>,<span class="number">89</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_either.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">43</span>,<span class="op">$</span><span class="number">44</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">44</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">46</span> <span class="op">$</span><span class="number">45</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>  <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">90</span> either<span class="op">&lt;</span><span class="number">87</span>,<span class="number">89</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">43</span>,<span class="op">$</span><span class="number">44</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">44</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">44</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">46</span> <span class="op">$</span><span class="number">45</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">44</span></span></a>))
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">43</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">43</span></span></a></span>)
+    <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">44</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">44</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">46</span> <span class="op">$</span><span class="number">45</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">44</span></span></a>))
+    <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">43</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">43</span></span></a></span>)
 
 <span class="comment">// Show an &#96;:either&#96; type
-</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>left<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>right<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">140</span>,<span class="op">$</span><span class="number">141</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/left/show<span class="pc"><span class="lq">?</span><span class="lq">left<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">140</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/right/show<span class="pc"><span class="lq">?</span><span class="lq">right<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">226</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_either.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>left<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>right<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">140</span>,<span class="op">$</span><span class="number">141</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/left/show<span class="pc"><span class="lq">?</span><span class="lq">left<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">140</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/right/show<span class="pc"><span class="lq">?</span><span class="lq">right<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">226</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">e<span class="pc">e: <span class="tp">either</span><span class="tp op">&lt;$</span><span class="number">140</span>,<span class="op">$</span><span class="number">141</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">141</span></span></a>) <span class="kw op">-></span> <a class="pp">"Right("<span class="pc">literal: <span class="tp">string</span><br>count= 6</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">141</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">right<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">140</span></span></a>)  <span class="kw op">-></span> <a class="pp">"Left("<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">140</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">left<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">140</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
+    <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">141</span></span></a>) <span class="kw op">-></span> <a class="pp">"Right("<span class="pc">literal: <span class="tp">string</span><br>count= 6</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">141</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">right<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">140</span></span></a>)  <span class="kw op">-></span> <a class="pp">"Left("<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">140</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">left<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">140</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">142</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">142</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
 </pre>
 
 </body>
diff --git a/doc/std_core_either.html b/doc/std_core_either.html
index d98762001..7e5b5ab54 100644
--- a/doc/std_core_either.html
+++ b/doc/std_core_either.html
@@ -15,30 +15,30 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_either-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_either-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#map"><span class="kw">fun</span>&nbsp;map</a></li><li><a class="link" href="#maybe"><span class="kw">fun</span>&nbsp;maybe</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li></ul></div>
 <div class="doc koka comment">
-<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></code> functions.
+<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></code> functions.
 </h1>
 
 
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_either-source.html#map">map</a></span>( <span class="tp tpp">e</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_either-source.html#map">map</a></span>( <span class="tp tpp">e</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Map over the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> component of an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
+<p class="p noindent">Map over the <code class="koka"><a class="pp" href="std_core_types.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> component of an <code class="koka"><a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div>
-<div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_either-source.html#maybe">maybe</a></span>( <span class="tp tpp">e</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_either-source.html#maybe">maybe</a></span>( <span class="tp tpp">e</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> to a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type discarding the value of the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> constructor
-and using <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> for the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> constructor.
+<p class="p noindent">Convert a <code class="koka"><a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> to a <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type discarding the value of the <code class="koka"><a class="pp" href="std_core_types.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> constructor
+and using <code class="koka"><a class="pp" href="std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> for the <code class="koka"><a class="pp" href="std_core_types.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> constructor.
 </p></div></div>
-<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_either-source.html#show">show</a></span>( <span class="tp tpp">e</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">left<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">right<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_either-source.html#show">show</a></span>( <span class="tp tpp">e</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">left<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">right<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Show an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
+<p class="p noindent">Show an <code class="koka"><a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_exn-source.html b/doc/std_core_exn-source.html
index c24221abb..ee0b3dbe4 100644
--- a/doc/std_core_exn-source.html
+++ b/doc/std_core_exn-source.html
@@ -23,10 +23,10 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Standard exception (&#96;:exn&#96;) effect.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#_null_"><span class="mo">std/core/exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_exn.html#_null_"><span class="mo">std/core/exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
 
 <span class="kw">extern</span> <span class="kw">import</span>
   c  file <span class="st">"inline/exn"</span>
@@ -34,84 +34,84 @@
 
 
 <span class="comment">// Exceptions
-</span><a class="pp" href="#type_space_exn"><span class="tp">pub</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp kw">effect</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>
+</span><a class="pp" href="#type_space_exn"><span class="tp">pub</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp kw">effect</span> <a class="pp" href="std_core_exn.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>
   <span class="comment">// Throw an exception
 </span>  <span class="kw">final</span> <span class="kw">ctl</span> <span class="decl-fun" id="throw_exn">throw<span class="dash">-</span>exn</span>( <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
 
 <span class="comment">// Raise a pattern match exception. This is function is used internally by the
 // compiler to generate error messages on pattern match failures.
-</span><span class="decl-fun" id="error_pattern"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#error_pattern">error-pattern<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error<span class="dash">-</span>pattern: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">location</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">definition</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>(<a class="pp">location<span class="pc">location: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">definition<span class="pc">definition: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">820</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">764</span></span></a>(<a class="pp">location<span class="pc">location: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">string</span></span></a> <a class="pp">": "<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">string</span></span></a> <a class="pp">definition<span class="pc">definition: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">string</span></span></a> <a class="pp">": pattern match failure"<span class="pc">literal: <span class="tp">string</span><br>count= 23</span></a>,
+</span><span class="decl-fun" id="error_pattern"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#error_pattern">error-pattern<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error<span class="dash">-</span>pattern: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">location</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">definition</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>(<a class="pp">location<span class="pc">location: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">definition<span class="pc">definition: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">820</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">764</span></span></a>(<a class="pp">location<span class="pc">location: <span class="tp">string</span></span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">string</span></span></a> <a class="pp">": "<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">string</span></span></a> <a class="pp">definition<span class="pc">definition: <span class="tp">string</span></span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">string</span></span></a> <a class="pp">": pattern match failure"<span class="pc">literal: <span class="tp">string</span><br>count= 23</span></a>,
          <a class="pp" href="#con_space_ExnPattern"><span class="co">ExnPattern</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnPattern: <span class="tp sp">(</span><span class="tp tpp">location</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">definition</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>(<a class="pp">location<span class="pc">location: <span class="tp">string</span></span></a>,<a class="pp">definition<span class="pc">definition: <span class="tp">string</span></span></a>)</span>)
 
 <span class="comment">// The exception data type
-</span><span class="decl-type" id="type_space_exception"><span class="kw">pub</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Exception"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#exception_fs_message">message<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exception<span class="fslash">/</span></span>message: <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#exception_fs_info">info<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exception<span class="fslash">/</span></span>info: <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a> <span class="tp kw op">:</span><a class="pp" href="#type_space_exception_info"><span class="tp">exception-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> </span></span>)
+</span><span class="decl-type" id="type_space_exception"><span class="kw">pub</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Exception"><a class="pp" href="std_core_exn.html#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a>( <a class="pp" href="std_core_exn.html#exception_fs_message">message<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exception<span class="fslash">/</span></span>message: <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp" href="std_core_exn.html#exception_fs_info">info<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exception<span class="fslash">/</span></span>info: <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a> <span class="tp kw op">:</span><a class="pp" href="#type_space_exception_info"><span class="tp">exception-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> </span></span>)
 
 <span class="comment">// Exception information
-</span><span class="decl-type" id="type_space_exception_info"><span class="kw">pub</span> open <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_exception_info"><span class="tp">exception-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a>
-  <span class="decl-con" id="con_space_ExnError"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnError"><span class="co">ExnError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnError: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>      <span class="comment">// Generic error
-</span>  <span class="decl-con" id="con_space_ExnAssert"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnAssert"><span class="co">ExnAssert</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnAssert: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>
-  <span class="decl-con" id="con_space_ExnTodo"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnTodo"><span class="co">ExnTodo</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnTodo: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>
-  <span class="decl-con" id="con_space_ExnRange"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnRange"><span class="co">ExnRange</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnRange: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>
-  <span class="decl-con" id="con_space_ExnPattern"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnPattern"><span class="co">ExnPattern</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnPattern: <span class="tp sp">(</span><span class="tp tpp">location</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">definition</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>( location <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, definition <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> </span>)
-  <span class="decl-con" id="con_space_ExnSystem"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnSystem"><span class="co">ExnSystem</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnSystem: <span class="tp sp">(</span><span class="tp tpp">errno</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>( errno <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> </span>)
-  <span class="decl-con" id="con_space_ExnInternal"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_ExnInternal"><span class="co">ExnInternal</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnInternal: <span class="tp sp">(</span><span class="tp tpp">name</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>( name <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> </span></span>)
+</span><span class="decl-type" id="type_space_exception_info"><span class="kw">pub</span> open <span class="tp kw">type</span> <a class="pp" href="std_core_exn.html#type_space_exception_info"><span class="tp">exception-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a>
+  <span class="decl-con" id="con_space_ExnError"><a class="pp" href="std_core_exn.html#con_space_ExnError"><span class="co">ExnError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnError: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>      <span class="comment">// Generic error
+</span>  <span class="decl-con" id="con_space_ExnAssert"><a class="pp" href="std_core_exn.html#con_space_ExnAssert"><span class="co">ExnAssert</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnAssert: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>
+  <span class="decl-con" id="con_space_ExnTodo"><a class="pp" href="std_core_exn.html#con_space_ExnTodo"><span class="co">ExnTodo</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnTodo: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>
+  <span class="decl-con" id="con_space_ExnRange"><a class="pp" href="std_core_exn.html#con_space_ExnRange"><span class="co">ExnRange</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnRange: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>
+  <span class="decl-con" id="con_space_ExnPattern"><a class="pp" href="std_core_exn.html#con_space_ExnPattern"><span class="co">ExnPattern</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnPattern: <span class="tp sp">(</span><span class="tp tpp">location</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">definition</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>( location <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, definition <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> </span>)
+  <span class="decl-con" id="con_space_ExnSystem"><a class="pp" href="std_core_exn.html#con_space_ExnSystem"><span class="co">ExnSystem</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnSystem: <span class="tp sp">(</span><span class="tp tpp">errno</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>( errno <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> </span>)
+  <span class="decl-con" id="con_space_ExnInternal"><a class="pp" href="std_core_exn.html#con_space_ExnInternal"><span class="co">ExnInternal</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnInternal: <span class="tp sp">(</span><span class="tp tpp">name</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception<span class="dash">-</span>info</span></span></a>( name <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> </span></span>)
 
 <span class="comment">// Show the exception message
-</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a><span class="kw op">.</span><a class="pp" href="#exception_fs_message">message<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exception<span class="fslash">/</span></span>message: <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>
 
 <span class="comment">// Throw an exception with a specified message.
-</span><span class="decl-fun" id="throw"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">info<span class="pc">info: <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception_info"><span class="tp">exception-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="#con_space_ExnError"><span class="co">ExnError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnError: <span class="tp">exception<span class="dash">-</span>info</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">759</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="throw"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a><span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">info<span class="pc">info: <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception_info"><span class="tp">exception-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="#con_space_ExnError"><span class="co">ExnError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnError: <span class="tp">exception<span class="dash">-</span>info</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">759</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#throw_exn">throw-exn<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw<span class="dash">-</span>exn: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">739</span></span></a>(<a class="pp" href="#con_space_Exception"><span class="co">Exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Exception: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exception</span></span></a>(<a class="pp">message<span class="pc">message: <span class="tp">string</span></span></a>,<a class="pp">info<span class="pc">info: <span class="tp">exception<span class="dash">-</span>info</span></span></a>)</span>)
 
 <span class="comment">// Catch any exception raised in &#96;action&#96; and handle it.
 // Use &#96;on-exn&#96; or &#96;on-exit&#96; when appropriate.
-</span><span class="decl-fun" id="exn_fs_try"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#exn_fs_try">exn/try<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exn<span class="fslash">/</span></span>try: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">hndl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">587</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">586</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">hndl<span class="pc">hndl: <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">587</span> <span class="op">$</span><span class="number">586</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">662</span> <span class="number">661</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="exn_fs_try"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#exn_fs_try">exn/try<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exn<span class="fslash">/</span></span>try: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">hndl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">587</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">586</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">hndl<span class="pc">hndl: <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">587</span> <span class="op">$</span><span class="number">586</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">662</span> <span class="number">661</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">587</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">586</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">587</span> <span class="op">$</span><span class="number">586</span></span></a> <span class="kw">final</span> <span class="kw">ctl</span> <a class="pp">throw-exn<span class="pc">throw<span class="dash">-</span>exn: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">587</span> <span class="op">$</span><span class="number">586</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>) <a class="pp">hndl<span class="pc">hndl: <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">587</span> <span class="op">$</span><span class="number">586</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>)
   <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">587</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">586</span></span></a>(</span>)
 
 <span class="comment">// &#95;Deprecated&#95;; use &#96;try&#96; instead. Catch an exception raised by &#96;throw&#96; and handle it.
 // Use &#96;on-exn&#96; or &#96;on-exit&#96; when appropriate.
-</span><span class="decl-fun" id="catch"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#catch">catch<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>catch: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">hndl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">714</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">713</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">hndl<span class="pc">hndl: <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">714</span> <span class="op">$</span><span class="number">713</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">732</span> <span class="number">731</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="catch"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#catch">catch<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>catch: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">hndl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">714</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">713</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">hndl<span class="pc">hndl: <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">714</span> <span class="op">$</span><span class="number">713</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">732</span> <span class="number">731</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#exn_fs_try">try<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exn<span class="fslash">/</span></span>try: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">714</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">713</span>, hndl <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">714</span> <span class="op">$</span><span class="number">713</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">714</span> <span class="op">$</span><span class="number">713</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">714</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">713</span></span></a>,<a class="pp">hndl<span class="pc">hndl: <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">714</span> <span class="op">$</span><span class="number">713</span></span></a></span>)
 
 <span class="comment">// An &#96;:error&#96; type represents a first-class exception result.
-</span><span class="decl-type" id="type_space_error"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Error"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( exception <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> </span>)
-  <span class="decl-con" id="con_space_Ok"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( result <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
+</span><span class="decl-type" id="type_space_error"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_exn.html#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Error"><a class="pp" href="std_core_exn.html#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( exception <span class="tp kw op">:</span> <a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> </span>)
+  <span class="decl-con" id="con_space_Ok"><a class="pp" href="std_core_exn.html#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( result <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
 
 <span class="comment">// Transform an exception effect to an  &#96;:error&#96; type.
-</span><span class="decl-fun" id="try"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#try">try<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>try: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">670</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">669</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">702</span> error<span class="op">&lt;</span><span class="number">701</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="try"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#try">try<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>try: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">670</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">669</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">702</span> error<span class="op">&lt;</span><span class="number">701</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#exn_fs_try">try<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span><span class="lq">exn<span class="fslash">/</span></span>try: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">670</span><span class="op">&gt;</span> error<span class="op">&lt;$</span><span class="number">669</span><span class="op">&gt;</span>, hndl <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">670</span> error<span class="op">&lt;$</span><span class="number">669</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">670</span> error<span class="op">&lt;$</span><span class="number">669</span><span class="op">&gt;</span></span></a>({ <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">670</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">669</span></span></a>()) }, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">670</span> error<span class="op">&lt;$</span><span class="number">669</span><span class="op">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>){ <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>) }</span>)
 
 <span class="comment">// Transform an &#96;:error&#96; type back to an &#96;exn&#96; effect.
-</span><span class="decl-fun" id="untry"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#untry">untry<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>untry: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">err</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">err<span class="pc">err: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">825</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">846</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="untry"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#untry">untry<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>untry: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">err</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">err<span class="pc">err: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">825</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">846</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">err<span class="pc">err: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">825</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#throw_exn">throw-exn<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw<span class="dash">-</span>exn: <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">825</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>)
     <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">825</span></span></a>)      <span class="kw op">-></span> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">825</span></span></a>
 
 <span class="comment">// Transform an &#96;:error&#96; type back to an &#96;exn&#96; effect.
-</span><span class="decl-fun" id="exn"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#exn">exn<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">err</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">err<span class="pc">err: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">863</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="exn"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#exn">exn<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">err</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">err<span class="pc">err: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">863</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#untry">untry<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>untry: <span class="tp sp">(</span><span class="tp tpp">err</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span>) <span class="kw op">-></span> exn <span class="op">$</span><span class="number">851</span></span></a>(<a class="pp">err<span class="pc">err: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Use default value &#96;def&#96; in case of an error.
-</span><span class="decl-fun" id="default"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#default">default<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>default: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">def</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">416</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">def<span class="pc">def: <span class="tp op">$</span><span class="number">416</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">431</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-fun" id="default"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#default">default<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>default: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">def</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">416</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">def<span class="pc">def: <span class="tp op">$</span><span class="number">416</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">431</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   <span class="kw">match</span> <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">416</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp">def<span class="pc">def: <span class="tp op">$</span><span class="number">416</span></span></a>
     <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">416</span></span></a>)  <span class="kw op">-></span> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">416</span></span></a>
 
 <span class="comment">// Transform an &#96;:error&#96; type to a &#96;:maybe&#96; value.
-</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">474</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">497</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">474</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">497</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">474</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">474</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">474</span></span></a></span>)
+    <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">474</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">474</span></span></a></span>)
 
 <span class="comment">// Transform an &#96;:error&#96; type to an &#96;:either&#96; value.
-</span><span class="decl-fun" id="either"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#either">either<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>either: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">exception</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">exception</span><span class="tp sp">,</span><span class="number">469</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="either"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#either">either<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>either: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">exception</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">exception</span><span class="tp sp">,</span><span class="number">469</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">t<span class="pc">t: <span class="tp">error</span><span class="tp op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>)
-    <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">436</span></span></a>)      <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">436</span></span></a></span>)
+    <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">exn<span class="pc">exn: <span class="tp">exception</span></span></a>)
+    <a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">436</span></span></a>)      <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">436</span></span></a></span>)
 
 <span class="comment">/&#42;
 // Set a &#96;hndler&#96; that is called only when an exception is raised in the &#96;action&#96; block.
@@ -123,10 +123,10 @@
 &#42;/</span>
 
 <span class="comment">// Set a &#96;hndler&#96; that is always called when the &#96;action&#96; finishes (either normally or with an exception).
-</span><span class="decl-fun" id="on_exit"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#on_exit">on-exit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>on<span class="dash">-</span>exit: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">hndler</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">hndler<span class="pc">hndler: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">519</span> <span class="number">518</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#finally">finally<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally: <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> (), action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span></span></a>(<a class="pp">hndler<span class="pc">hndler: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> ()</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span></span></a></span>)
+</span><span class="decl-fun" id="on_exit"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#on_exit">on-exit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>on<span class="dash">-</span>exit: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">hndler</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">hndler<span class="pc">hndler: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">519</span> <span class="number">518</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_hnd-source.html#finally">finally<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally: <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> (), action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span></span></a>(<a class="pp">hndler<span class="pc">hndler: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> ()</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">503</span> <span class="op">$</span><span class="number">502</span></span></a></span>)
 
-<span class="decl-fun" id="exn_error_range"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#exn_error_range">exn-error-range<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn<span class="dash">-</span>error<span class="dash">-</span>range: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">887</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+<span class="decl-fun" id="exn_error_range"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_exn.html#exn_error_range">exn-error-range<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn<span class="dash">-</span>error<span class="dash">-</span>range: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">887</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">868</span></span></a>(<a class="pp">"index out-of-range"<span class="pc">literal: <span class="tp">string</span><br>count= 18</span></a>, <a class="pp" href="#con_space_ExnRange"><span class="co">ExnRange</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnRange: <span class="tp">exception<span class="dash">-</span>info</span></span></a></span>)
 
 
diff --git a/doc/std_core_exn.html b/doc/std_core_exn.html
index 10395f4af..43a33a199 100644
--- a/doc/std_core_exn.html
+++ b/doc/std_core_exn.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_exn-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#type_space_error"><span class="kw">type</span>&nbsp;<span class="tp">error</span></a>
 </li><li class="nested"><a class="link" href="#con_space_Error"><span class="kw">con</span>&nbsp;<span class="co">Error</span></a></li><li class="nested"><a class="link" href="#con_space_Ok"><span class="kw">con</span>&nbsp;<span class="co">Ok</span></a></li><li class="nested"><a class="link" href="#default"><span class="kw">fun</span>&nbsp;default</a></li><li class="nested"><a class="link" href="#either"><span class="kw">fun</span>&nbsp;either</a></li><li class="nested"><a class="link" href="#is_error"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>error</a></li><li class="nested"><a class="link" href="#is_ok"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>ok</a></li><li class="nested"><a class="link" href="#maybe"><span class="kw">fun</span>&nbsp;maybe</a></li><li class="nested"><a class="link" href="#try"><span class="kw">fun</span>&nbsp;try</a></li><li class="nested"><a class="link" href="#untry"><span class="kw">fun</span>&nbsp;untry</a></li><li><a class="link" href="#type_space_exception"><span class="kw">struct</span>&nbsp;<span class="tp">exception</span></a>
 </li><li class="nested"><a class="link" href="#exception_fs_info"><span class="kw">fun</span>&nbsp;<span class="lq">exception<span class="fslash">/</span></span>info</a></li><li class="nested"><a class="link" href="#exception_fs_message"><span class="kw">fun</span>&nbsp;<span class="lq">exception<span class="fslash">/</span></span>message</a></li><li class="nested"><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li></ul><ul class="toc"><li class="nested"><a class="link" href="#throw_exn"><span class="kw">fun</span>&nbsp;throw<span class="dash">-</span>exn</a></li><li><a class="link" href="#type_space_exception_info"><span class="kw">type</span>&nbsp;<span class="tp">exception<span class="dash">-</span>info</span></a>
@@ -29,24 +29,24 @@ <h1 class="synopsis">Standard exception (<code class="koka"><a class="pp" href="
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="type_space_error"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_error"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_exn-source.html#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">An <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type represents a first-class exception result.
 </p></div><div class="con-decl" id="con_space_Error"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_Error"><span class="co">Error</span></a></span>(<span class="param">exception</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_Ok"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_Ok"><span class="co">Ok</span></a></span>(<span class="param">result</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>)</div></div><div class="nested"><div class="decl" id="default"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#default">default</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">def</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
 
 <p class="p noindent">Use default value <code class="koka">def</code> in case of an error.
-</p></div></div><div class="decl" id="either"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#either">either</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="either"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#either">either</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Transform an <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> value.
-</p></div></div><div class="decl" id="is_error"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_error">is<span class="dash">-</span>error</a></span>( <span class="tp op">^</span><span class="tp tpp">error</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<p class="p noindent">Transform an <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> value.
+</p></div></div><div class="decl" id="is_error"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_error">is<span class="dash">-</span>error</a></span>( <span class="tp op">^</span><span class="tp tpp">error</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">exception</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">error</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_ok"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_ok">is<span class="dash">-</span>ok</a></span>( <span class="tp op">^</span><span class="tp tpp">error</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_ok"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_ok">is<span class="dash">-</span>ok</a></span>( <span class="tp op">^</span><span class="tp tpp">error</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Ok"><span class="co">Ok</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>Ok: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">error</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#maybe">maybe</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#maybe">maybe</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Transform an <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type to a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> value.
+<p class="p noindent">Transform an <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type to a <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> value.
 </p></div></div><div class="decl" id="try"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#try">try</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Transform an exception effect to an  <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
@@ -54,16 +54,16 @@ <h1 class="synopsis">Standard exception (<code class="koka"><a class="pp" href="
 
 <p class="p noindent">Transform an <code class="koka"><a class="pp" href="#type_space_error"><span class="tp">error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>error: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type back to an <code class="koka"><a class="pp" href="#exn">exn<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">err</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a></code> effect.
 </p></div></div></div></div>
-<div class="decl" id="type_space_exception"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a></span></span><span class="tp"></span>(<span class="param">message</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>,&nbsp;<span class="param">info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a>)</div><div class="doc koka comment">
+<div class="decl" id="type_space_exception"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_exn-source.html#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a></span></span><span class="tp"></span>(<span class="param">message</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>,&nbsp;<span class="param">info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a>)</div><div class="doc koka comment">
 
 <p class="p noindent">The exception data type.
 </p></div><div class="nested"><div class="decl" id="exception_fs_info"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#exception_fs_info"><span class="lq">exception<span class="fslash">/</span></span>info</a></span>( <span class="tp op">^</span><span class="tp tpp">exception</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">info</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="exception_fs_message"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#exception_fs_message"><span class="lq">exception<span class="fslash">/</span></span>message</a></span>( <span class="tp op">^</span><span class="tp tpp">exception</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="exception_fs_message"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#exception_fs_message"><span class="lq">exception<span class="fslash">/</span></span>message</a></span>( <span class="tp op">^</span><span class="tp tpp">exception</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">message</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#show">show</a></span>( <span class="tp tpp">exn</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#show">show</a></span>( <span class="tp tpp">exn</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Show the exception message.
 </p></div></div><div class="decl" id="throw_exn"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#throw_exn">throw<span class="dash">-</span>exn</a></span>( <span class="tp tpp">exn</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception"><span class="tp">exception</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
@@ -72,35 +72,35 @@ <h1 class="synopsis">Standard exception (<code class="koka"><a class="pp" href="
 </p>
 <p class="p indent">Call the <code class="koka"><span class="kw">final</span> <span class="kw">ctl</span> <a class="pp" href="#throw_exn">throw<span class="dash">-</span>exn<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw<span class="dash">-</span>exn: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">exn</span> <span class="tp kw op">:</span> <span class="tp">exception</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a></code> operation of the effect <code class="koka"><a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code>.
 </p></div></div></div></div>
-<div class="decl" id="type_space_exception_info"><div class="header code"><span class="def"><span class="kw">type&nbsp;open</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_exception_info"><div class="header code"><span class="def"><span class="kw">type&nbsp;open</span>&nbsp;<span class="tp"><a class="pp" href="std_core_exn-source.html#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">Exception information.
 </p></div><div class="con-decl" id="con_space_ExnAssert"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnAssert"><span class="co">ExnAssert</span></a></span></div><div class="doc koka comment">
 
 <p class="p noindent">Generic error.
-</p></div></div><div class="con-decl" id="con_space_ExnError"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnError"><span class="co">ExnError</span></a></span></div></div><div class="con-decl" id="con_space_ExnInternal"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnInternal"><span class="co">ExnInternal</span></a></span>(<span class="param">name</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_ExnPattern"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnPattern"><span class="co">ExnPattern</span></a></span>(<span class="param">location</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>,&nbsp;<span class="param">definition</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_ExnRange"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnRange"><span class="co">ExnRange</span></a></span></div></div><div class="con-decl" id="con_space_ExnSystem"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnSystem"><span class="co">ExnSystem</span></a></span>(<span class="param">errno</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_ExnTodo"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnTodo"><span class="co">ExnTodo</span></a></span></div></div><div class="nested"><div class="decl" id="is_exnAssert"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnAssert">is<span class="dash">-</span>exnAssert</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="con-decl" id="con_space_ExnError"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnError"><span class="co">ExnError</span></a></span></div></div><div class="con-decl" id="con_space_ExnInternal"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnInternal"><span class="co">ExnInternal</span></a></span>(<span class="param">name</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_ExnPattern"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnPattern"><span class="co">ExnPattern</span></a></span>(<span class="param">location</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>,&nbsp;<span class="param">definition</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_ExnRange"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnRange"><span class="co">ExnRange</span></a></span></div></div><div class="con-decl" id="con_space_ExnSystem"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnSystem"><span class="co">ExnSystem</span></a></span>(<span class="param">errno</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>)</div></div><div class="con-decl" id="con_space_ExnTodo"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_exn-source.html#con_space_ExnTodo"><span class="co">ExnTodo</span></a></span></div></div><div class="nested"><div class="decl" id="is_exnAssert"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnAssert">is<span class="dash">-</span>exnAssert</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnAssert"><span class="co">ExnAssert</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnAssert: <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_exnError"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnError">is<span class="dash">-</span>exnError</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_exnError"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnError">is<span class="dash">-</span>exnError</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnError"><span class="co">ExnError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnError: <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_exnInternal"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnInternal">is<span class="dash">-</span>exnInternal</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_exnInternal"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnInternal">is<span class="dash">-</span>exnInternal</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnInternal"><span class="co">ExnInternal</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnInternal: <span class="tp sp">(</span><span class="tp tpp">name</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_exnPattern"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnPattern">is<span class="dash">-</span>exnPattern</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_exnPattern"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnPattern">is<span class="dash">-</span>exnPattern</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnPattern"><span class="co">ExnPattern</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnPattern: <span class="tp sp">(</span><span class="tp tpp">location</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">definition</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_exnRange"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnRange">is<span class="dash">-</span>exnRange</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_exnRange"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnRange">is<span class="dash">-</span>exnRange</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnRange"><span class="co">ExnRange</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnRange: <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_exnSystem"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnSystem">is<span class="dash">-</span>exnSystem</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_exnSystem"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnSystem">is<span class="dash">-</span>exnSystem</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnSystem"><span class="co">ExnSystem</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnSystem: <span class="tp sp">(</span><span class="tp tpp">errno</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
-</p></div></div><div class="decl" id="is_exnTodo"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnTodo">is<span class="dash">-</span>exnTodo</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div></div><div class="decl" id="is_exnTodo"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#is_exnTodo">is<span class="dash">-</span>exnTodo</a></span>( <span class="tp op">^</span><span class="tp tpp">exception<span class="dash">-</span>info</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_ExnTodo"><span class="co">ExnTodo</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnTodo: <span class="tp">exception<span class="dash">-</span>info</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_exn"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">e</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_exn"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">e</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Exceptions
 </p>
@@ -123,7 +123,7 @@ <h1 class="synopsis">Standard exception (<code class="koka"><a class="pp" href="
 <p class="p noindent"><em class="em-low1">Deprecated</em>; use <code class="koka">try</code> instead. Catch an exception raised by <code class="koka"><a class="pp" href="#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a></code> and handle it.
 Use <code class="koka">on<span class="dash">-</span>exn</code> or <code class="koka"><a class="pp" href="#on_exit">on<span class="dash">-</span>exit<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>on<span class="dash">-</span>exit: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">hndler</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a></code> when appropriate.
 </p></div></div>
-<div class="decl" id="error_pattern"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#error_pattern">error<span class="dash">-</span>pattern</a></span>( <span class="tp tpp">location</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">definition</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
+<div class="decl" id="error_pattern"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#error_pattern">error<span class="dash">-</span>pattern</a></span>( <span class="tp tpp">location</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">definition</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
 
 <p class="p noindent">Raise a pattern match exception. This is function is used internally by the
 compiler to generate error messages on pattern match failures.
@@ -133,11 +133,11 @@ <h1 class="synopsis">Standard exception (<code class="koka"><a class="pp" href="
 
 <p class="p noindent">Set a <code class="koka">hndler</code> that is always called when the <code class="koka">action</code> finishes (either normally or with an exception).
 </p></div></div>
-<div class="decl" id="throw"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#throw">throw</a></span>( <span class="tp tpp">message</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">info</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
+<div class="decl" id="throw"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_exn-source.html#throw">throw</a></span>( <span class="tp tpp">message</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">info</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="#type_space_exception_info"><span class="tp">exception<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exception<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
 
 <p class="p noindent">Throw an exception with a specified message.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_hnd-source.html b/doc/std_core_hnd-source.html
index 237a2206b..62348fd99 100644
--- a/doc/std_core_hnd-source.html
+++ b/doc/std_core_hnd-source.html
@@ -117,10 +117,10 @@
     (this is also explained in detail in the generalized evidence paper).
 
 &#42;/</span>
-<span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">module</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#_null_"><span class="mo">std/core/undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_undiv.html#_null_"><span class="mo">std/core/undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a>
 
 <span class="kw">extern</span> <span class="kw">import</span>
   c  file <span class="st">"inline/hnd"</span>
@@ -131,30 +131,30 @@
 // -------------------------------------------
 </span>
 <span class="comment">// The tag of a handler identifies the type at runtime (e.g. &#96;"exn/core/std"&#96;).
-</span><span class="decl-type" id="type_space_htag"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">::</span><span class="tp sp">(</span><span class="co">E</span>,<span class="co">V</span>)<span class="kw op">-></span><span class="co">V</span><span class="op">&gt;</span>
-  <span class="decl-con" id="con_space_Htag"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Htag"><span class="co">Htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#htag_fs_tagname">tagname<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">htag<span class="fslash">/</span></span>tagname: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></span></span>)
+</span><span class="decl-type" id="type_space_htag"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">::</span><span class="tp sp">(</span><span class="co">E</span>,<span class="co">V</span>)<span class="kw op">-></span><span class="co">V</span><span class="op">&gt;</span>
+  <span class="decl-con" id="con_space_Htag"><a class="pp" href="std_core_hnd.html#con_space_Htag"><span class="co">Htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="std_core_hnd.html#htag_fs_tagname">tagname<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">htag<span class="fslash">/</span></span>tagname: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a><span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></span></span>)
 
 <span class="comment">// &#95;Internal&#95; hidden constructor for creating handler tags
-</span><span class="kw">pub</span> <span class="kw">fun</span> @new<span class="dash">-</span>htag( <a class="pp">tag<span class="pc">tag: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="number">2703</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="kw">pub</span> <span class="kw">fun</span> @new<span class="dash">-</span>htag( <a class="pp">tag<span class="pc">tag: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="number">2703</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Htag"><span class="co">Htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">tag<span class="pc">tag: <span class="tp">string</span></span></a>)
 
 <span class="comment">// Show a handler tag.
-</span><span class="decl-fun" id="htag_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#htag_fs_show">htag/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">htag<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp" href="#con_space_Htag"><span class="co">Htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">tag<span class="pc">tag: <span class="tp">string</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="htag_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#htag_fs_show">htag/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">htag<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp" href="#con_space_Htag"><span class="co">Htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">tag<span class="pc">tag: <span class="tp">string</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <a class="pp">tag<span class="pc">tag: <span class="tp">string</span></span></a></span>
 
 
 <span class="comment">// Effect handler evidence of a handler &#96;:h&#96; in the context.
-</span><span class="decl-type" id="type_space_ev"><span class="kw">abstract</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Ev"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#ev_fs_htag">htag<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">ev<span class="fslash">/</span></span>htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="tp kw op">:</span><a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, marker<span class="tp kw op">:</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, hnd<span class="tp kw op">:</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, hevv<span class="tp kw op">:</span><a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span></span></span>)
+</span><span class="decl-type" id="type_space_ev"><span class="kw">abstract</span> <span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Ev"><span class="kw">con</span> <a class="pp" href="std_core_hnd.html#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp" href="std_core_hnd.html#ev_fs_htag">htag<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">ev<span class="fslash">/</span></span>htag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="tp kw op">:</span><a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, marker<span class="tp kw op">:</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, hnd<span class="tp kw op">:</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, hevv<span class="tp kw op">:</span><a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span></span></span>)
 
 <span class="comment">// Abstract type of Evidence vectors
-</span><span class="decl-type" id="type_space_evv"><span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span></span><span class="op">&gt;</span>
+</span><span class="decl-type" id="type_space_evv"><span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span></span><span class="op">&gt;</span>
 
 <span class="comment">// Index into an evidence vector
-</span><span class="decl-alias" id="type_space_ev_index"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a> <span class="tp kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></span>
+</span><span class="decl-alias" id="type_space_ev_index"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="std_core_hnd.html#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a> <span class="tp kw">=</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></span>
 
 <span class="comment">// Evidence equality compares the markers.
-</span><span class="decl-fun" id="ev_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#ev_fs__eq__eq_">ev/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">ev<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">m1<span class="pc">m1: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10257</span>,<span class="op">$</span><span class="number">10258</span><span class="op">&gt;</span></span></a>)  <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">m2<span class="pc">m2: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10267</span>,<span class="op">$</span><span class="number">10268</span><span class="op">&gt;</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="ev_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#ev_fs__eq__eq_">ev/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">ev<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">m1<span class="pc">m1: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10257</span>,<span class="op">$</span><span class="number">10258</span><span class="op">&gt;</span></span></a>)  <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">m2<span class="pc">m2: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10267</span>,<span class="op">$</span><span class="number">10268</span><span class="op">&gt;</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <a class="pp" href="#eq_marker">eq-marker<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq<span class="dash">-</span>marker: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10257</span>,<span class="op">$</span><span class="number">10258</span><span class="op">&gt;</span>, y <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10267</span>,<span class="op">$</span><span class="number">10268</span><span class="op">&gt;</span>) <span class="kw op">-></span> bool</span></a>(<a class="pp">m1<span class="pc">m1: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10257</span>,<span class="op">$</span><span class="number">10258</span><span class="op">&gt;</span></span></a>,<a class="pp">m2<span class="pc">m2: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">10267</span>,<span class="op">$</span><span class="number">10268</span><span class="op">&gt;</span></span></a></span>)
 
 
@@ -164,17 +164,17 @@
 </span>
 <span class="comment">// &#95;Internal&#95;. The type of handler markers (usually &#96;:int32&#95;t&#96;).
 // Needed for effect handlers in &#96;module std/core/hnd&#96;.
-</span>value <span class="decl-type" id="type_space_marker"><span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a></span><span class="op">&gt;</span>
+</span>value <span class="decl-type" id="type_space_marker"><span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a></span><span class="op">&gt;</span>
 
 <span class="comment">// Are two markers equal?
-</span><span class="decl-fun" id="eq_marker"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#eq_marker">eq-marker<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq<span class="dash">-</span>marker: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4031</span>,<span class="op">$</span><span class="number">4029</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">y<span class="pc">y: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4032</span>,<span class="op">$</span><span class="number">4030</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="eq_marker"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#eq_marker">eq-marker<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq<span class="dash">-</span>marker: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4031</span>,<span class="op">$</span><span class="number">4029</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">y<span class="pc">y: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4032</span>,<span class="op">$</span><span class="number">4030</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"#1==#2"</span></span>
 
-<span class="decl-fun" id="fresh_marker"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#fresh_marker">fresh-marker<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>fresh<span class="dash">-</span>marker: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="fresh_marker"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#fresh_marker">fresh-marker<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>fresh<span class="dash">-</span>marker: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c inline <span class="st">"kk&#95;marker&#95;unique(kk&#95;context())"</span>
   js inline <span class="st">"$marker&#95;unique++"</span></span>
 
-<span class="decl-fun" id="fresh_marker_named"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#fresh_marker_named">fresh-marker-named<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>fresh<span class="dash">-</span>marker<span class="dash">-</span>named: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="fresh_marker_named"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#fresh_marker_named">fresh-marker-named<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>fresh<span class="dash">-</span>marker<span class="dash">-</span>named: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c inline  <span class="st">"-kk&#95;marker&#95;unique(kk&#95;context())"</span>
   js inline <span class="st">"-($marker&#95;unique++)"</span></span>
 
@@ -188,18 +188,18 @@
 // -------------------------------------------
 </span>
 <span class="comment">// Insert new evidence into the given evidence vector.
-</span><span class="decl-fun" id="evv_insert"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_insert">evv-insert<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>insert: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">evv<span class="pc">evv: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3325</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3327</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="evv_insert"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_insert">evv-insert<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>insert: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">evv<span class="pc">evv: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3325</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3327</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;evv&#95;insert"</span>
   js <span class="st">"&#95;evv&#95;insert"</span></span>
 
 <span class="comment">// show evidence for debug purposes
-</span><span class="decl-fun" id="evv_show"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_show">evv-show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">evv<span class="pc">evv: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4077</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="evv_show"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_show">evv-show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">evv<span class="pc">evv: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4077</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;evv&#95;show"</span>
   js <span class="st">"&#95;evv&#95;show"</span></span>
 
 <span class="comment">// Is an evidence vector unchanged? (i.e. as pointer equality).
 // This is used to avoid copying in common cases.
-</span><span class="decl-fun" id="evv_eq"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_eq">evv-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>eq: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">evv0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">evv1</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">evv0<span class="pc">evv0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3385</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">evv1<span class="pc">evv1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3385</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="evv_eq"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_eq">evv-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>eq: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">evv0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">evv1</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">evv0<span class="pc">evv0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3385</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">evv1<span class="pc">evv1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3385</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;evv&#95;eq"</span>
   js inline <span class="st">"(#1) === (#2)"</span></span>
 
@@ -220,12 +220,12 @@
   js <span class="st">"&#95;&#95;evv&#95;index"</span>
 
 <span class="comment">// Get the current evidence vector.
-</span><span class="decl-fun" id="evv_get"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_get">evv-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="evv_get"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_get">evv-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;evv&#95;get"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;evv&#95;get"</span></span>
 
 <span class="comment">// Set the current evidence vector.
-</span>inline <span class="decl-extern" id="evv_set"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a><span class="op">&lt;</span>e1,e<span class="op">&gt;</span>( w <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+</span>inline <span class="decl-extern" id="evv_set"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a><span class="op">&lt;</span>e1,e<span class="op">&gt;</span>( w <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;evv&#95;set"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;evv&#95;set"</span></span>
 
@@ -243,7 +243,7 @@
 //                        |
 //     3: multi: resumes never, once, or multiple times
 //
-</span><span class="kw">pub</span> <span class="kw">extern</span> @evv<span class="dash">-</span>is<span class="dash">-</span>affine() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="kw">pub</span> <span class="kw">extern</span> @evv<span class="dash">-</span>is<span class="dash">-</span>affine() <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  inline <span class="st">"kk&#95;evv&#95;is&#95;affine(kk&#95;context())"</span>
   js inline <span class="st">"$std&#95;core&#95;hnd.&#95;evv&#95;is&#95;affine&#95;()"</span>
 
@@ -254,31 +254,31 @@
 // -----------------------------------------------------------------------------------
 </span>
 <span class="comment">// Swap the current evidence vector with &#96;w&#96;
-</span>inline <span class="decl-extern" id="evv_swap"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_swap">evv-swap<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">e2</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e2</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span>e1,e2<span class="op">&gt;</span>( w <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
+</span>inline <span class="decl-extern" id="evv_swap"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_swap">evv-swap<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">e2</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e2</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span>e1,e2<span class="op">&gt;</span>( w <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;evv&#95;swap"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;evv&#95;swap"</span></span>
 
 <span class="comment">// Remove evidence at index &#96;i&#96; of the current evidence vector, and return the old one.
 // (used by &#96;mask&#96;)
-</span><span class="decl-fun" id="evv_swap_delete"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_swap_delete">evv-swap-delete<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>delete: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="evv_swap_delete"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_swap_delete">evv-swap-delete<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>delete: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;evv&#95;swap&#95;delete"</span>
   js <span class="st">"&#95;evv&#95;swap&#95;delete"</span></span>
 
 <span class="comment">// Swap the current evidence vector with an empty vector.
 // (this is used in open calls to switch to a total context)
-</span>inline <span class="decl-extern" id="evv_swap_create0"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_swap_create0">evv-swap-create0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>  <span class="comment">//not quite the right effect type but avoids unbound effect types
+</span>inline <span class="decl-extern" id="evv_swap_create0"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_swap_create0">evv-swap-create0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>  <span class="comment">//not quite the right effect type but avoids unbound effect types
 </span>  c  <span class="st">"kk&#95;evv&#95;swap&#95;create0"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;evv&#95;swap&#95;create0"</span></span>
 
 <span class="comment">// Swap the current evidence vector with a singleton vector (with the evidence at current index &#96;i&#96;).
 // (this is common in open calls to switch to a singleton effect context when calling operations)
-</span>inline <span class="decl-extern" id="evv_swap_create1"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>  <span class="comment">//not quite the right effect type but avoids unbound effect types
+</span>inline <span class="decl-extern" id="evv_swap_create1"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>  <span class="comment">//not quite the right effect type but avoids unbound effect types
 </span>  c  <span class="st">"kk&#95;evv&#95;swap&#95;create1"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;evv&#95;swap&#95;create1"</span></span>
 
 <span class="comment">// Swap the current evidence vector with a new vector consisting of evidence
 // at indices &#96;indices&#96; in the current vector.
-</span><span class="decl-fun" id="evv_swap_create"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>  <span class="comment">//not quite the right effect type but avoids unbound effect types
+</span><span class="decl-fun" id="evv_swap_create"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>  <span class="comment">//not quite the right effect type but avoids unbound effect types
 </span>  c  <span class="st">"kk&#95;evv&#95;swap&#95;create"</span>
   js <span class="st">"&#95;evv&#95;swap&#95;create"</span></span>
 
@@ -288,58 +288,58 @@
 // Internal multi-prompt delimited control
 // -------------------------------------------
 </span>
-<span class="decl-extern" id="yielding"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+<span class="decl-extern" id="yielding"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;yielding"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;yielding"</span></span>
 
-<span class="decl-extern" id="yielding_non_final"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yielding_non_final">yielding-non-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding<span class="dash">-</span>non<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+<span class="decl-extern" id="yielding_non_final"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yielding_non_final">yielding-non-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding<span class="dash">-</span>non<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;yielding&#95;non&#95;final"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;yielding&#95;non&#95;final"</span></span>
 
-<span class="decl-fun" id="yield_extend"><span class="kw">pub</span> noinline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3416</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3418</span> <span class="op">$</span><span class="number">3417</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="yield_extend"><span class="kw">pub</span> noinline <span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3416</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3418</span> <span class="op">$</span><span class="number">3417</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;yield&#95;extend"</span>
   js <span class="st">"&#95;yield&#95;extend"</span></span>
 
-<span class="decl-fun" id="yield_bind"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_bind">yield-bind<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>bind: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4318</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4318</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4320</span> <span class="op">$</span><span class="number">4319</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4349</span> <span class="number">4348</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="yield_bind"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#yield_bind">yield-bind<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>bind: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4318</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4318</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4320</span> <span class="op">$</span><span class="number">4319</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4349</span> <span class="number">4348</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4320</span> bool</span></a>() <span class="kw">then</span> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4318</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4320</span> <span class="op">$</span><span class="number">4319</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4320</span> <span class="op">$</span><span class="number">4319</span></span></a>(<a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4318</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4320</span> <span class="op">$</span><span class="number">4319</span></span></a>) <span class="kw">else</span> <a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4318</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4320</span> <span class="op">$</span><span class="number">4319</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4318</span></span></a></span>)
 
-<span class="decl-fun" id="yield_bind2"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_bind2">yield-bind2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>bind2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">extend</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">10213</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">extend<span class="pc">extend: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10244</span> <span class="number">10243</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="yield_bind2"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#yield_bind2">yield-bind2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>bind2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">extend</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">10213</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">extend<span class="pc">extend: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10244</span> <span class="number">10243</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10215</span> bool</span></a>() <span class="kw">then</span> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a>(<a class="pp">extend<span class="pc">extend: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a>) <span class="kw">else</span> <a class="pp">next<span class="pc">next: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10213</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10215</span> <span class="op">$</span><span class="number">10214</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">10213</span></span></a></span>)
 
-<span class="decl-fun" id="yield_cont"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3450</span> <span class="op">$</span><span class="number">3449</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">3450</span> <span class="op">$</span><span class="number">3451</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>  <span class="comment">// make hidden pub?
+<span class="decl-fun" id="yield_cont"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3450</span> <span class="op">$</span><span class="number">3449</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">3450</span> <span class="op">$</span><span class="number">3451</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>  <span class="comment">// make hidden pub?
 </span>  c  <span class="st">"kk&#95;yield&#95;cont"</span>
   js <span class="st">"&#95;yield&#95;cont"</span></span>
 
-inline <span class="decl-extern" id="keep_yielding_final"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#keep_yielding_final">keep-yielding-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>keep<span class="dash">-</span>yielding<span class="dash">-</span>final: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+inline <span class="decl-extern" id="keep_yielding_final"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#keep_yielding_final">keep-yielding-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>keep<span class="dash">-</span>yielding<span class="dash">-</span>final: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;box&#95;any"</span>
   js inline <span class="st">"undefined"</span></span>
 
-<span class="decl-fun" id="yield_prompt"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_prompt">yield-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3492</span>,<span class="op">$</span><span class="number">3493</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="#type_space_yld"><span class="tp">yld</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yld: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="yield_prompt"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yield_prompt">yield-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3492</span>,<span class="op">$</span><span class="number">3493</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="#type_space_yld"><span class="tp">yld</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yld: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;yield&#95;prompt"</span>
   js <span class="st">"&#95;yield&#95;prompt"</span></span>
 
-<span class="decl-fun" id="yield_to_prim"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_to_prim">yield-to-prim<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>prim: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3722</span>,<span class="op">$</span><span class="number">3723</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">3720</span>,<span class="op">$</span><span class="number">3723</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3722</span> <span class="op">$</span><span class="number">3723</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3722</span> <span class="op">$</span><span class="number">3723</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
+<span class="decl-fun" id="yield_to_prim"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yield_to_prim">yield-to-prim<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>prim: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3722</span>,<span class="op">$</span><span class="number">3723</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">3720</span>,<span class="op">$</span><span class="number">3723</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3722</span> <span class="op">$</span><span class="number">3723</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3722</span> <span class="op">$</span><span class="number">3723</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
   c  <span class="st">"kk&#95;yield&#95;to"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;yield&#95;to"</span></span>
 
-<span class="decl-fun" id="yield_to_final"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3530</span>,<span class="op">$</span><span class="number">3531</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">3528</span>,<span class="op">$</span><span class="number">3531</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3530</span> <span class="op">$</span><span class="number">3531</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3530</span> <span class="op">$</span><span class="number">3531</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="yield_to_final"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3530</span>,<span class="op">$</span><span class="number">3531</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">3528</span>,<span class="op">$</span><span class="number">3531</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3530</span> <span class="op">$</span><span class="number">3531</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3530</span> <span class="op">$</span><span class="number">3531</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;yield&#95;final"</span>
   js <span class="st">"$std&#95;core&#95;hnd.&#95;yield&#95;final"</span></span>
 
-noinline <span class="decl-fun" id="yield_to"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6674</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6673</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6716</span> <span class="number">6715</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+noinline <span class="decl-fun" id="yield_to"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6674</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6673</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6716</span> <span class="number">6715</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="comment">//val w0 = evv-get()
 </span>  <span class="kw">val</span> <a class="pp">g<span class="pc">g: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6673</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv">&#95;b</span><span class="pc">&#95;b: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="#yield_to_prim">yield-to-prim<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>prim: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6674</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6673</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">6673</span>)</span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6674</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span></span></a>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6673</span>,<span class="op">$</span><span class="number">6675</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6675</span></span></a>)
   <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span></span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span></span></a>)
     <span class="comment">// val keep1 = guard(w0)  // check the evidence is correctly restored
 </span>    <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6674</span> <span class="op">$</span><span class="number">6673</span></span></a>(</span>)
 
-<span class="decl-type" id="type_space_yield_info"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a></span>
+<span class="decl-type" id="type_space_yield_info"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a></span>
 
-<span class="decl-fun" id="yield_capture"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#yield_capture">yield-capture<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>capture: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">yield<span class="dash">-</span>info</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a>
+<span class="decl-fun" id="yield_capture"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#yield_capture">yield-capture<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>capture: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">yield<span class="dash">-</span>info</span></span></a>() <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;yield&#95;capture"</span>
   js <span class="st">"&#95;yield&#95;capture"</span></span>
 
-<span class="decl-fun" id="unsafe_reyield"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#unsafe_reyield">unsafe-reyield<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>reyield: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">yld</span> <span class="tp kw op">:</span> <span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">yld<span class="pc">yld: <span class="tp">yield<span class="dash">-</span>info</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+<span class="decl-fun" id="unsafe_reyield"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#unsafe_reyield">unsafe-reyield<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>reyield: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">yld</span> <span class="tp kw op">:</span> <span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">yld<span class="pc">yld: <span class="tp">yield<span class="dash">-</span>info</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;yield&#95;reyield"</span>
   js <span class="st">"&#95;reyield"</span></span>
 
@@ -348,44 +348,44 @@
 //
 // -------------------------------------------
 </span>
-inline <span class="decl-extern" id="cast_ev0"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_ev0">cast-ev0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_ev0"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_ev0">cast-ev0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_ev1"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_ev1"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_ev2"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_ev2">cast-ev2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_ev2"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_ev2">cast-ev2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_ev3"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_ev3">cast-ev3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_ev3"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_ev3">cast-ev3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_ev4"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_ev4">cast-ev4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_ev4"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_ev4">cast-ev4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_ev5"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_ev5">cast-ev5<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev5: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a5</span><span class="pc">a5: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a5</span><span class="pc">a5: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_ev5"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_ev5">cast-ev5<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev5: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span></span></a>( f<span class="tp kw op">:</span><span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a5</span><span class="pc">a5: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a5</span><span class="pc">a5: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-value <span class="decl-type" id="type_space_resume_result"><span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Deep"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Deep"><span class="co">Deep</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Deep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( result<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span>)
-  <span class="decl-con" id="con_space_Shallow"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Shallow"><span class="co">Shallow</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Shallow: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( result<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span>)
-  <span class="decl-con" id="con_space_Finalize"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Finalize"><span class="co">Finalize</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( result <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> </span></span>)
+value <span class="decl-type" id="type_space_resume_result"><span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Deep"><a class="pp" href="std_core_hnd.html#con_space_Deep"><span class="co">Deep</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Deep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( result<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span>)
+  <span class="decl-con" id="con_space_Shallow"><a class="pp" href="std_core_hnd.html#con_space_Shallow"><span class="co">Shallow</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Shallow: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( result<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span>)
+  <span class="decl-con" id="con_space_Finalize"><a class="pp" href="std_core_hnd.html#con_space_Finalize"><span class="co">Finalize</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( result <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> </span></span>)
 
-value <span class="decl-type" id="type_space_yld"><span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_yld"><span class="tp">yld</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yld: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Pure"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Pure"><span class="co">Pure</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Pure: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a></span>
-  <span class="decl-con" id="con_space_YieldingFinal"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_YieldingFinal"><span class="co">YieldingFinal</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>YieldingFinal: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a></span>
-  <span class="decl-con" id="con_space_Yielding"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Yielding"><span class="co">Yielding</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Yielding: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a></span>
-  <span class="decl-con" id="con_space_Yield"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Yield"><span class="co">Yield</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Yield: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(clause <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, cont <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a></span></span>)
+value <span class="decl-type" id="type_space_yld"><span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_yld"><span class="tp">yld</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yld: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Pure"><a class="pp" href="std_core_hnd.html#con_space_Pure"><span class="co">Pure</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Pure: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a></span>
+  <span class="decl-con" id="con_space_YieldingFinal"><a class="pp" href="std_core_hnd.html#con_space_YieldingFinal"><span class="co">YieldingFinal</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>YieldingFinal: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a></span>
+  <span class="decl-con" id="con_space_Yielding"><a class="pp" href="std_core_hnd.html#con_space_Yielding"><span class="co">Yielding</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Yielding: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a></span>
+  <span class="decl-con" id="con_space_Yield"><a class="pp" href="std_core_hnd.html#con_space_Yield"><span class="co">Yield</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Yield: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(clause <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, cont <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">b</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a></span></span>)
 
-<span class="decl-fun" id="guard"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#guard">guard<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>guard: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3403</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+<span class="decl-fun" id="guard"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#guard">guard<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>guard: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3403</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c  inline <span class="st">"kk&#95;evv&#95;guard(#1,kk&#95;context())"</span>
   js <span class="st">"&#95;guard"</span></span>
 
-<span class="decl-fun" id="resume_final"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#resume_final">resume-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>final: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+<span class="decl-fun" id="resume_final"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#resume_final">resume-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>final: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   c  inline <span class="st">"kk&#95;fatal&#95;resume&#95;final(kk&#95;context())"</span>
   js <span class="st">"&#95;throw&#95;resume&#95;final"</span></span>
 
-<span class="decl-fun" id="prompt"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">w1</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ret</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span></span></a>( <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>,  <a class="pp">w1<span class="pc">w1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">result<span class="pc">result: <span class="tp op">$</span><span class="number">4359</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4690</span> <span class="number">4692</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+<span class="decl-fun" id="prompt"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">w1</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ret</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span></span></a>( <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>,  <a class="pp">w1<span class="pc">w1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_evv"><span class="tp">evv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv: <span class="co">E</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">result<span class="pc">result: <span class="tp op">$</span><span class="number">4359</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4690</span> <span class="number">4692</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
   <a class="pp" href="#guard">guard<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>guard: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> ()</span></a>(<a class="pp">w1<span class="pc">w1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>)  <span class="comment">// restore the previous evidence vector
 </span>  <span class="kw">match</span> <a class="pp" href="#yield_prompt">yield-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> yld<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4359</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>)
@@ -402,7 +402,7 @@
 </span>        <span class="kw">val</span> <a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_get">evv-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4360</span> evv<span class="op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>()  <span class="comment">// if not using scoped resumptions, w0' may be different from w0
 </span>        <span class="kw">val</span> <a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <span class="kw">if</span> (<a class="pp" href="#evv_eq">evv-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>eq: <span class="tp sp">(</span><span class="tp tpp">evv0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, evv1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> bool</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>)) <span class="kw">then</span> <a class="pp">w1<span class="pc">w1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">else</span> <a class="pp" href="#evv_insert">evv-insert<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>insert: <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> evv<span class="op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>)
         <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> ()</span></a>(<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>)
-        <a class="pp" href="#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, w1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, m <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, ret <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>, result <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> marker<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>),<a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4421</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>(<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4421</span></span></a>));
+        <a class="pp" href="#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, w1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, m <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, ret <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>, result <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>,<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> marker<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>),<a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4421</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>(<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4421</span></span></a>));
     <a class="pp" href="#con_space_Yield"><span class="co">Yield</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Yield: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">yld</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4489</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>) <span class="kw op">-></span>
       <span class="comment">// yielded to the operation &#96;clause&#96; in our handler
 </span>      <span class="decl-fun" id="resume"><span class="kw">fun</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>
@@ -411,14 +411,14 @@
             <span class="kw">val</span> <a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_get">evv-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4360</span> evv<span class="op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>()  <span class="comment">// if not using scoped resumptions, w0' may be different from w0
 </span>            <span class="kw">val</span> <a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <span class="kw">if</span> <a class="pp" href="#evv_eq">evv-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>eq: <span class="tp sp">(</span><span class="tp tpp">evv0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, evv1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> bool</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>) <span class="kw">then</span> <a class="pp">w1<span class="pc">w1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">else</span> <a class="pp" href="#evv_insert">evv-insert<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>insert: <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> evv<span class="op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>)
             <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> ()</span></a>(<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>)
-            <a class="pp" href="#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, w1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, m <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, ret <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>, result <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> marker<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>),<a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4489</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>({<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4489</span></span></a>}))
+            <a class="pp" href="#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, w1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, m <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, ret <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>, result <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>,<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> marker<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>),<a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4489</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>({<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4489</span></span></a>}))
           <a class="pp" href="#con_space_Shallow"><span class="co">Shallow</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Shallow: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4489</span></span></a>) <span class="kw op">-></span>
             <a class="pp" href="#yield_bind">yield-bind<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>bind: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>, next <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>( <a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4489</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>({<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4489</span></span></a>}), <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4359</span></span></a>) <a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4359</span></span></a>) )
           <a class="pp" href="#con_space_Finalize"><span class="co">Finalize</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4362</span></span></a>) <span class="kw op">-></span>
             <span class="kw">val</span> <a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_get">evv-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>get: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4360</span> evv<span class="op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>()  <span class="comment">// if not using scoped resumptions, w0' may be different from w0
 </span>            <span class="kw">val</span> <a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <span class="kw">if</span> <a class="pp" href="#evv_eq">evv-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>eq: <span class="tp sp">(</span><span class="tp tpp">evv0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, evv1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> bool</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>) <span class="kw">then</span> <a class="pp">w1<span class="pc">w1: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a> <span class="kw">else</span> <a class="pp" href="#evv_insert">evv-insert<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>insert: <span class="tp sp">(</span><span class="tp tpp">evv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> evv<span class="op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>)
             <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> ()</span></a>(<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>)
-            <a class="pp" href="#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, w1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, m <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, ret <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>, result <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> marker<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>),<a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4489</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>({ <a class="pp" href="#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4489</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(&#95;k) <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4362</span></span></a>) })</span>)
+            <a class="pp" href="#prompt">prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt: <span class="tp sp">(</span><span class="tp tpp">w0</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, w1 <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, m <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, ret <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>, result <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">w0'<span class="pc">w0': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">w1'<span class="pc">w1': <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">4360</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>,<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> marker<span class="op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>),<a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4359</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4489</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4359</span></span></a>({ <a class="pp" href="#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4489</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">4360</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(&#95;k) <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4362</span></span></a>) })</span>)
       <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a>(<a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4489</span>,<span class="op">$</span><span class="number">4362</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4360</span> <span class="op">$</span><span class="number">4362</span></span></a></span>) <span class="comment">// TODO: we should exit prompt first, and then execute clause to use constant stack space when resuming
 </span>
 <span class="kw">pub</span> noinline <span class="kw">fun</span> @hhandle( <a class="pp">tag<span class="pc">tag: <span class="tp">htag</span><span class="tp op">&lt;$</span><span class="number">4708</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span><a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">4708</span><span class="op">&lt;$</span><span class="number">4706</span>,<span class="op">$</span><span class="number">4709</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ret<span class="pc">ret: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4705</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4706</span> <span class="op">$</span><span class="number">4709</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4707</span> <span class="op">$</span><span class="number">4705</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4802</span> <span class="number">4805</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
@@ -447,18 +447,18 @@
 // mask
 // -------------------------------------------
 </span>
-<span class="decl-fun" id="mask_at1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#mask_at1">mask-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>mask<span class="dash">-</span>at1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4823</span> <span class="op">$</span><span class="number">4822</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4821</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4921</span> <span class="number">4919</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="mask_at1"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#mask_at1">mask-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>mask<span class="dash">-</span>at1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4823</span> <span class="op">$</span><span class="number">4822</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4821</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4921</span> <span class="number">4919</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4830</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_delete">evv-swap-delete<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>delete: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> evv<span class="op">&lt;</span>&#95;4830<span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4822</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4823</span> <span class="op">$</span><span class="number">4822</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> ((<span class="op">$</span><span class="number">4821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>)</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4823</span> <span class="op">$</span><span class="number">4822</span></span></a>)(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4821</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4830</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4830</span><span class="tp sp">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">4822</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4874</span></span></a>) <a class="pp" href="#mask_at1">mask-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>mask<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> ev<span class="dash">-</span>index</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>),<a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4874</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">4822</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4874</span></span></a>) <a class="pp" href="#mask_at1">mask-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>mask<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4824</span> ev<span class="dash">-</span>index</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>),<a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4824</span> <span class="op">$</span><span class="number">4822</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4874</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4822</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @mask<span class="dash">-</span>at<span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4935</span> <span class="op">$</span><span class="number">4934</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5020</span> <span class="number">5018</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+<span class="kw">pub</span> <span class="kw">fun</span> @mask<span class="dash">-</span>at<span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4935</span> <span class="op">$</span><span class="number">4934</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5020</span> <span class="number">5018</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4942</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_delete">evv-swap-delete<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>delete: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4936</span> evv<span class="op">&lt;</span>&#95;4942<span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a>)
   <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4934</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev0">cast-ev0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev0: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4935</span> <span class="op">$</span><span class="number">4934</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>)</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4935</span> <span class="op">$</span><span class="number">4934</span></span></a>)()
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4942</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4936</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4942</span><span class="tp sp">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4936</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">4934</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4982</span></span></a>) <a class="pp" href="#mask_at1">mask-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>mask<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4982</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4936</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">4934</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4982</span></span></a>) <a class="pp" href="#mask_at1">mask-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>mask<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">behind</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">behind<span class="pc">behind: <span class="tp">bool</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4982</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4936</span> <span class="op">$</span><span class="number">4934</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">4982</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4934</span></span></a>
 
 <span class="comment">// mask for builtin effects without a handler or evidence (like &#96;:st&#96; or &#96;:local&#96;)
@@ -470,14 +470,14 @@
 // Local variables
 // -------------------------------------------
 </span>
-<span class="decl-fun" id="prompt_local_var"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#prompt_local_var">prompt-local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt<span class="dash">-</span>local<span class="dash">-</span>var: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">loc</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></span></a>(<a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9662</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>  <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="number">9758</span><span class="op">&gt;</span><span class="kw op">|</span><span class="number">9757</span><span class="op">&gt;</span> <span class="number">9756</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> bool</span></a><a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9662</span></span></a> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9662</span></span></a>;
+<span class="decl-fun" id="prompt_local_var"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#prompt_local_var">prompt-local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt<span class="dash">-</span>local<span class="dash">-</span>var: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">loc</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></span></a>(<a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9662</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>  <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="number">9758</span><span class="op">&gt;</span><span class="kw op">|</span><span class="number">9757</span><span class="op">&gt;</span> <span class="number">9756</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> bool</span></a><a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9662</span></span></a> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9662</span></span></a>;
   <span class="kw">val</span> <a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">9661</span></span></a> <span class="kw">=</span> <a class="pp">loc<span class="pc">loc: <span class="tp op">$</span><span class="number">9661</span></span></a>
-  <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span>, a) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;</span><span class="kw op">|</span>e<span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span>, x <span class="tp kw op">:</span> <span class="tp tv">a</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;</span><span class="kw op">|</span>e<span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9710</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9710</span></span></a>){ <a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9661</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">9663</span><span class="op">&gt;</span> ()</span></a> <a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">9661</span></span></a>; <a class="pp" href="#prompt_local_var">prompt-local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt<span class="dash">-</span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="tp tpp">loc</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9662</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(@byref(<a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9710</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9710</span></span></a>)) } </span>)  <span class="comment">// restore state early before the resume
+  <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span>, a) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9664</span><span class="op">&gt;</span><span class="kw op">|</span>e<span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span>, x <span class="tp kw op">:</span> <span class="tp tv">a</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;</span><span class="kw op">|</span>e<span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9710</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9710</span></span></a>){ <a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span></span></a> <a class="pp" href="std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9661</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">9663</span><span class="op">&gt;</span> ()</span></a> <a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">9661</span></span></a>; <a class="pp" href="#prompt_local_var">prompt-local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt<span class="dash">-</span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="tp tpp">loc</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9662</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(@byref(<a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9664</span>,<span class="op">$</span><span class="number">9661</span><span class="op">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9710</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9664</span><span class="op">&gt;|$</span><span class="number">9663</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9662</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9710</span></span></a>)) } </span>)  <span class="comment">// restore state early before the resume
 </span>
-<span class="decl-fun" id="local_var"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#local_var">local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">9789</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">l</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="number">9857</span><span class="op">&gt;</span><span class="kw op">|</span><span class="number">9856</span><span class="op">&gt;</span> <span class="number">9855</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_no_div">pretend-no-div<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>no<span class="dash">-</span>div: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span></span></a>
-    <span class="kw">val</span> <a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l464<span class="dash">-</span>c25: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l464<span class="dash">-</span>c27: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_new">local-new<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>new: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9789</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">9791</span><span class="op">&gt;</span> local<span class="dash">-</span>var<span class="op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">9789</span></span></a>)
+<span class="decl-fun" id="local_var"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#local_var">local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">9789</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">l</span><span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="number">9857</span><span class="op">&gt;</span><span class="kw op">|</span><span class="number">9856</span><span class="op">&gt;</span> <span class="number">9855</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_undiv-source.html#pretend_no_div">pretend-no-div<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>no<span class="dash">-</span>div: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span></span></a>
+    <span class="kw">val</span> <a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l464<span class="dash">-</span>c25: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l464<span class="dash">-</span>c27: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="std_core_types-source.html#local_new">local-new<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>new: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9789</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;</span>,div<span class="op">|$</span><span class="number">9791</span><span class="op">&gt;</span> local<span class="dash">-</span>var<span class="op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">9789</span></span></a>)
     <span class="kw">val</span> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9790</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> ((local<span class="dash">-</span>var<span class="op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span>)</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span></span></a>)(@byref(<a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span></span></a>))
     <a class="pp" href="#prompt_local_var">prompt-local-var<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>prompt<span class="dash">-</span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="tp tpp">loc</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9790</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,local<span class="op">&lt;$</span><span class="number">9792</span><span class="op">&gt;|$</span><span class="number">9791</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">9790</span></span></a>(@byref(<a class="pp">loc<span class="pc">loc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">9792</span>,<span class="op">$</span><span class="number">9789</span><span class="op">&gt;</span></span></a>),<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9790</span></span></a></span>)
 
@@ -486,19 +486,19 @@
 // Finally
 // -------------------------------------------
 </span>
-<span class="decl-fun" id="finally"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#finally">finally<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> <span class="op">$</span><span class="number">9405</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9422</span> <span class="number">9421</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+<span class="decl-fun" id="finally"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#finally">finally<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> <span class="op">$</span><span class="number">9405</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9422</span> <span class="number">9421</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#finally_prompt">finally-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9406</span> <span class="op">$</span><span class="number">9405</span></span></a>(<a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> ()</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9406</span> <span class="op">$</span><span class="number">9405</span></span></a>())</span>;
 
-<span class="decl-fun" id="finally_prompt"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#finally_prompt">finally-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9293</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9398</span> <span class="number">9397</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a><a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a>() <span class="kw">then</span>
+<span class="decl-fun" id="finally_prompt"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#finally_prompt">finally-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9293</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9398</span> <span class="number">9397</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a><a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a>() <span class="kw">then</span>
     <a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()</span></a>()
     <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9293</span></span></a>
   <span class="kw">elif</span> <a class="pp" href="#yielding_non_final">yielding-non-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding<span class="dash">-</span>non<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a>() <span class="kw">then</span>
-    <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>, x <span class="tp kw op">:</span> <span class="tp tv">a</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9328</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9328</span></span></a>){ <a class="pp" href="#finally_prompt">finally-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> ())</span></a>(<a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()</span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9328</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9328</span></span></a>)) })
+    <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>, x <span class="tp kw op">:</span> <span class="tp tv">a</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9328</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9328</span></span></a>){ <a class="pp" href="#finally_prompt">finally-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finally<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">fin</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> ())</span></a>(<a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()</span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9328</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9328</span></span></a>)) })
   <span class="kw">else</span>
     <span class="kw">val</span> <a class="pp">yld<span class="pc">yld: <span class="tp">yield<span class="dash">-</span>info</span></span></a> <span class="kw">=</span> <a class="pp" href="#yield_capture">yield-capture<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>capture: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> yield<span class="dash">-</span>info</span></a>()
     <a class="pp">fin<span class="pc">fin: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> ()</span></a>()
-    <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9293</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;9366</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tv">&#95;9366</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(&#95;x) <a class="pp" href="#unsafe_reyield">unsafe-reyield<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>reyield: <span class="tp sp">(</span><span class="tp tpp">yld</span> <span class="tp kw op">:</span> <span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">yld<span class="pc">yld: <span class="tp">yield<span class="dash">-</span>info</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+    <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9293</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;9366</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tv">&#95;9366</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(&#95;x) <a class="pp" href="#unsafe_reyield">unsafe-reyield<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>reyield: <span class="tp sp">(</span><span class="tp tpp">yld</span> <span class="tp kw op">:</span> <span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">yld<span class="pc">yld: <span class="tp">yield<span class="dash">-</span>info</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
     <a class="pp" href="#unsafe_reyield">unsafe-reyield<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>reyield: <span class="tp sp">(</span><span class="tp tpp">yld</span> <span class="tp kw op">:</span> <span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9294</span> <span class="op">$</span><span class="number">9293</span></span></a>(<a class="pp">yld<span class="pc">yld: <span class="tp">yield<span class="dash">-</span>info</span></span></a></span>)
 
 <span class="comment">/&#42;
@@ -513,34 +513,34 @@
 // -------------------------------------------
 </span>
 <span class="comment">// add integers
-</span>inline <span class="decl-extern" id="add"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#add">add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>add: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, j <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span>inline <span class="decl-extern" id="add"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#add">add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>add: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, j <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;add"</span>
   cs inline <span class="st">"(#1 + #2)"</span>
   js inline <span class="st">"(#1 + #2)"</span></span> <span class="comment">// "$std&#95;core&#95;types.&#95;int&#95;add"
 </span>
 <span class="comment">// are two integers equal?
-</span>inline <span class="decl-extern" id="eq"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#eq">eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span>inline <span class="decl-extern" id="eq"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#eq">eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;eq&#95;borrow"</span>
   cs inline <span class="st">"(#1 == #2)"</span>
   js inline <span class="st">"(#1 == #2)"</span></span> <span class="comment">// $std&#95;core&#95;types.&#95;int&#95;eq"
 </span>
 
-<span class="decl-fun" id="initially"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#initially">initially<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9654</span> <span class="number">9653</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+<span class="decl-fun" id="initially"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#initially">initially<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9654</span> <span class="number">9653</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> ()</span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9607</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(&#95;ret<span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>) <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9607</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> ()</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>()) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9607</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(&#95;ret<span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>) <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9607</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> ()</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>()) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9607</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> ()</span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9608</span> <span class="op">$</span><span class="number">9607</span></span></a>() </span>)
 
-<span class="decl-fun" id="initially_prompt"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9429</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9600</span> <span class="number">9599</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+<span class="decl-fun" id="initially_prompt"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9429</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9600</span> <span class="number">9599</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp" href="#yielding_non_final">yielding-non-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding<span class="dash">-</span>non<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> bool</span></a>() <span class="kw">then</span>
-    <span class="kw">val</span> <a class="pp">count<span class="pc">count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,int<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ref<span class="op">&lt;</span>global,int<span class="op">&gt;</span>)</span></a>{<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,int<span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>)}()
+    <span class="kw">val</span> <a class="pp">count<span class="pc">count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,int<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ref<span class="op">&lt;</span>global,int<span class="op">&gt;</span>)</span></a>{<a class="pp" href="std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,int<span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>)}()
     <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span>, x <span class="tp kw op">:</span> <span class="tp tv">a</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9467</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9467</span></span></a>)
-      <span class="kw">val</span> <a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> int) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> int)</span></a>{ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> int</span></a><a class="pp">count<span class="pc">count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> }()    <span class="comment">// increase counter on every resumption
-</span>      <a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ())</span></a>{ <a class="pp">count<span class="pc">count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="#add">add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>add: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> int</span></a>(<a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a>,<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>) }()
-      <span class="kw">if</span> <a class="pp" href="#eq">eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> bool</span></a>(<a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="kw">else</span>   <span class="comment">// for every resume after the first, run the initializer
+      <span class="kw">val</span> <a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> int) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> int)</span></a>{ <a class="pp" href="std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> int</span></a><a class="pp">count<span class="pc">count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> }()    <span class="comment">// increase counter on every resumption
+</span>      <a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ())</span></a>{ <a class="pp">count<span class="pc">count: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="#add">add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>add: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">9430</span><span class="op">&gt;</span> int</span></a>(<a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a>,<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>) }()
+      <span class="kw">if</span> <a class="pp" href="#eq">eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>eq: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> bool</span></a>(<a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="kw">else</span>   <span class="comment">// for every resume after the first, run the initializer
 </span>        <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a>(<a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a>)
         <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> bool</span></a>()
-          <span class="kw">then</span> { <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;9546</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tv">&#95;9546</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(&#95;ret) <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ((int) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ())</span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a>), <a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9467</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9467</span></span></a>)) ); <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">}</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-      <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ((int) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ())</span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a>), <a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9467</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9467</span></span></a>))
+          <span class="kw">then</span> { <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;9546</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tv">&#95;9546</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(&#95;ret) <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ((int) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ())</span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a>), <a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9467</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9467</span></span></a>)) ); <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">}</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+      <a class="pp" href="#initially_prompt">initially-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>initially<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> (), res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9429</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ((int) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> ())</span></a>(<a class="pp">init<span class="pc">init: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9430</span> ()</span></a>), <a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9467</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9430</span> <span class="op">$</span><span class="number">9429</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9467</span></span></a>))
     )
   <span class="kw">else</span> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9429</span></span></a></span>
 
@@ -549,16 +549,16 @@
 // Resume context
 // -------------------------------------------
 </span>
-<span class="decl-type" id="type_space_resume_context"><span class="kw">abstract</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Resume_context"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="op">&gt;</span>( <a class="pp">k<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="number">2445</span>,<span class="number">2448</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="number">2446</span> <span class="number">2448</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> </span></span>)
+<span class="decl-type" id="type_space_resume_context"><span class="kw">abstract</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Resume_context"><a class="pp" href="std_core_hnd.html#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="op">&gt;</span>( <a class="pp">k<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="number">2445</span>,<span class="number">2448</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="number">2446</span> <span class="number">2448</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> </span></span>)
 
-<span class="decl-fun" id="resume"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#resume">resume<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4161</span>,<span class="op">$</span><span class="number">4162</span>,<span class="op">$</span><span class="number">4163</span>,<span class="op">$</span><span class="number">4164</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4161</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4201</span> <span class="number">4203</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+<span class="decl-fun" id="resume"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#resume">resume<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4161</span>,<span class="op">$</span><span class="number">4162</span>,<span class="op">$</span><span class="number">4163</span>,<span class="op">$</span><span class="number">4164</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4161</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4201</span> <span class="number">4203</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
   (<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4161</span>,<span class="op">$</span><span class="number">4162</span>,<span class="op">$</span><span class="number">4163</span>,<span class="op">$</span><span class="number">4164</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#resume_context_fs_k">k<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">resume<span class="dash">-</span>context<span class="fslash">/</span></span>k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4161</span>,<span class="op">$</span><span class="number">4162</span>,<span class="op">$</span><span class="number">4163</span>,<span class="op">$</span><span class="number">4164</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4162</span> ((resume<span class="dash">-</span>result<span class="op">&lt;$</span><span class="number">4161</span>,<span class="op">$</span><span class="number">4164</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4162</span> <span class="op">$</span><span class="number">4164</span>)</span></a>)(<a class="pp" href="#con_space_Deep"><span class="co">Deep</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Deep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4161</span></span></a>)</span>)
 
-<span class="decl-fun" id="resume_shallow"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#resume_shallow">resume-shallow<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>shallow: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a>( <a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4233</span>,<span class="op">$</span><span class="number">4234</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4232</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4288</span> <span class="number">4289</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+<span class="decl-fun" id="resume_shallow"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#resume_shallow">resume-shallow<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>shallow: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a>( <a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4233</span>,<span class="op">$</span><span class="number">4234</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4232</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4288</span> <span class="number">4289</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
   <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4233</span> <span class="op">$</span><span class="number">4235</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4234</span> ((resume<span class="dash">-</span>result<span class="op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4234</span> <span class="op">$</span><span class="number">4235</span>)</span></a>(<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4233</span>,<span class="op">$</span><span class="number">4234</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#resume_context_fs_k">k<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">resume<span class="dash">-</span>context<span class="fslash">/</span></span>k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4233</span>,<span class="op">$</span><span class="number">4234</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4234</span> ((resume<span class="dash">-</span>result<span class="op">&lt;$</span><span class="number">4232</span>,<span class="op">$</span><span class="number">4235</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4233</span> <span class="op">$</span><span class="number">4235</span>)</span></a>)(<a class="pp" href="#con_space_Shallow"><span class="co">Shallow</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Shallow: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4232</span></span></a>)</span>)
 
 
-<span class="decl-fun" id="finalize"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#finalize">finalize<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7102</span>,<span class="op">$</span><span class="number">7103</span>,<span class="op">$</span><span class="number">7104</span>,<span class="op">$</span><span class="number">7105</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7105</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7142</span> <span class="number">7144</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+<span class="decl-fun" id="finalize"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#finalize">finalize<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7102</span>,<span class="op">$</span><span class="number">7103</span>,<span class="op">$</span><span class="number">7104</span>,<span class="op">$</span><span class="number">7105</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7105</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7142</span> <span class="number">7144</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
   <span class="comment">//finalize(r.k,x)
 </span>  (<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7102</span>,<span class="op">$</span><span class="number">7103</span>,<span class="op">$</span><span class="number">7104</span>,<span class="op">$</span><span class="number">7105</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#resume_context_fs_k">k<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">resume<span class="dash">-</span>context<span class="fslash">/</span></span>k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7102</span>,<span class="op">$</span><span class="number">7103</span>,<span class="op">$</span><span class="number">7104</span>,<span class="op">$</span><span class="number">7105</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7103</span> ((resume<span class="dash">-</span>result<span class="op">&lt;$</span><span class="number">7102</span>,<span class="op">$</span><span class="number">7105</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7103</span> <span class="op">$</span><span class="number">7105</span>)</span></a>)(<a class="pp" href="#con_space_Finalize"><span class="co">Finalize</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7105</span></span></a>)</span>)
 
@@ -566,16 +566,16 @@
 // Clauses
 // -------------------------------------------
 </span>
-<span class="decl-type" id="type_space_clause1"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">::</span><span class="co">V</span>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">::</span><span class="co">V</span>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">::</span><span class="tp sp">(</span><span class="co">E</span>,<span class="co">V</span>)<span class="kw op">-></span><span class="co">V</span>,<a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">::</span><span class="co">V</span><span class="op">&gt;</span>
-  <span class="decl-con" id="con_space_Clause1"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause1_fs_clause">clause<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">clause1<span class="fslash">/</span></span>clause: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause1</span> <span class="tp kw op">:</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
+<span class="decl-type" id="type_space_clause1"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">::</span><span class="co">V</span>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">::</span><span class="co">V</span>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">::</span><span class="tp sp">(</span><span class="co">E</span>,<span class="co">V</span>)<span class="kw op">-></span><span class="co">V</span>,<a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">::</span><span class="co">E</span>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">::</span><span class="co">V</span><span class="op">&gt;</span>
+  <span class="decl-con" id="con_space_Clause1"><a class="pp" href="std_core_hnd.html#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="std_core_hnd.html#clause1_fs_clause">clause<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">clause1<span class="fslash">/</span></span>clause: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause1</span> <span class="tp kw op">:</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
 
-inline <span class="decl-extern" id="cast_clause0"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_clause0">cast-clause0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( f <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_clause0"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_clause0">cast-clause0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( f <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_clause1"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_clause1">cast-clause1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( f <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_clause1"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_clause1">cast-clause1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( f <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-inline <span class="decl-extern" id="cast_clause2"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#cast_clause2">cast-clause2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>( f <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="cast_clause2"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#cast_clause2">cast-clause2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>( f <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
 
@@ -584,49 +584,49 @@
     <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;tag,<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span></span></a>,<a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3133</span><span class="op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span></span></a>,&#95;w) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3133</span><span class="op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3133</span><span class="op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3134</span> clause1<span class="op">&lt;$</span><span class="number">3131</span>,<span class="op">$</span><span class="number">3132</span>,<span class="op">$</span><span class="number">3133</span>,<span class="op">$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span></span></a>
       <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3133</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3137</span> <span class="op">$</span><span class="number">3132</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#cast_clause1">cast-clause1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3133</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3137</span> <span class="op">$</span><span class="number">3132</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3134</span> ((marker<span class="op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3133</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3134</span> <span class="op">$</span><span class="number">3132</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3133</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3137</span> <span class="op">$</span><span class="number">3132</span></span></a>)(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3137</span>,<span class="op">$</span><span class="number">3138</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3133</span><span class="op">&gt;</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3131</span></span></a>)
 
-<span class="decl-fun" id="evv_swap_with"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3944</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="number">8937</span><span class="op">&gt;</span></span></a>
+<span class="decl-fun" id="evv_swap_with"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3944</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="number">8937</span><span class="op">&gt;</span></span></a>
   <span class="kw">match</span>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3944</span><span class="op">&gt;</span></span></a>)
     <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;tag,&#95;m,&#95;h,<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3947</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#evv_swap">evv-swap<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3947</span><span class="op">&gt;</span>) <span class="kw op">-></span> evv<span class="op">&lt;</span>&#95;3964<span class="op">&gt;</span></span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">3947</span><span class="op">&gt;</span></span></a></span>)
 
-inline <span class="decl-fun" id="under1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8619</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8619</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8703</span> <span class="number">8702</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+inline <span class="decl-fun" id="under1"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8619</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8619</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8703</span> <span class="number">8702</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8630</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> evv<span class="op">&lt;</span>&#95;8630<span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">8620</span></span></a> <span class="kw">=</span> <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8619</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8619</span></span></a>)
   <span class="comment">// evv-set(w0)   // only needed before yielding for evidence expected check in prompt
-</span>  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8621</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8620</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8650</span></span></a>) <a class="pp" href="#under1x">under1x<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1x: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> ev<span class="op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8650</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+</span>  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8621</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8620</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8650</span></span></a>) <a class="pp" href="#under1x">under1x<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1x: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> ev<span class="op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8622</span><span class="op">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8650</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8621</span> <span class="op">$</span><span class="number">8620</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8650</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8630</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8621</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8630</span><span class="tp sp">&gt;</span></span></a>)
   </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">8620</span></span></a>
 
 <span class="comment">// extra under1x to make under1 inlineable
-</span>noinline <span class="decl-fun" id="under1x"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#under1x">under1x<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1x: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8521</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8521</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8605</span> <span class="number">8604</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+</span>noinline <span class="decl-fun" id="under1x"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#under1x">under1x<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1x: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8521</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8521</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8605</span> <span class="number">8604</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8532</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> evv<span class="op">&lt;</span>&#95;8532<span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">8522</span></span></a> <span class="kw">=</span> <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8521</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8521</span></span></a>)
   <span class="comment">// evv-set(w0)   // only needed before yielding for evidence expected check in prompt
-</span>  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8523</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8522</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8552</span></span></a>) <a class="pp" href="#under1x">under1x<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1x: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> ev<span class="op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8552</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+</span>  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8523</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8522</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8552</span></span></a>) <a class="pp" href="#under1x">under1x<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1x: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> ev<span class="op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8524</span><span class="op">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8552</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8523</span> <span class="op">$</span><span class="number">8522</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8552</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8532</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8523</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8532</span><span class="tp sp">&gt;</span></span></a>)
   </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">8522</span></span></a>
 
-<span class="decl-fun" id="clause_control_raw1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control_raw1">clause-control-raw1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6810</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6813</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">r</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">6879</span>,<span class="number">6880</span>,<span class="number">6883</span>,<span class="number">6881</span>,<span class="number">6884</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_control_raw1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control_raw1">clause-control-raw1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6810</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6813</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">r</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">6879</span>,<span class="number">6880</span>,<span class="number">6883</span>,<span class="number">6881</span>,<span class="number">6884</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">6814</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6810</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6811</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span></span></a>,&#95;ev,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6810</span></span></a>){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6811</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6810</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6812</span>,<span class="op">$</span><span class="number">6813</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6810</span></span></a>,<a class="pp" href="#con_space_Resume_context"><span class="co">Resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Resume<span class="dash">-</span>context: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6811</span>,<span class="op">$</span><span class="number">6815</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6812</span> <span class="op">$</span><span class="number">6815</span></span></a>)) } ) } </span>)
 
-<span class="decl-fun" id="get"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#get">get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">ref<span class="pc">ref: <span class="tp">ref</span><span class="tp op">&lt;$</span><span class="number">4130</span>,<span class="op">$</span><span class="number">4129</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="number">4153</span><span class="op">&gt;</span>,div<span class="op">&gt;</span> <span class="number">4152</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp op">&lt;$</span><span class="number">4130</span>,<span class="op">$</span><span class="number">4129</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;$</span><span class="number">4130</span><span class="op">&gt;</span>,div<span class="op">&gt;</span> <span class="op">$</span><span class="number">4129</span></span></a><a class="pp">ref<span class="pc">ref: <span class="tp">ref</span><span class="tp op">&lt;$</span><span class="number">4130</span>,<span class="op">$</span><span class="number">4129</span><span class="op">&gt;</span></span></a></span>
+<span class="decl-fun" id="get"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#get">get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">div</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">ref<span class="pc">ref: <span class="tp">ref</span><span class="tp op">&lt;$</span><span class="number">4130</span>,<span class="op">$</span><span class="number">4129</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="number">4153</span><span class="op">&gt;</span>,div<span class="op">&gt;</span> <span class="number">4152</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="std_core_types-source.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp op">&lt;$</span><span class="number">4130</span>,<span class="op">$</span><span class="number">4129</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>read<span class="op">&lt;$</span><span class="number">4130</span><span class="op">&gt;</span>,div<span class="op">&gt;</span> <span class="op">$</span><span class="number">4129</span></span></a><a class="pp">ref<span class="pc">ref: <span class="tp">ref</span><span class="tp op">&lt;$</span><span class="number">4130</span>,<span class="op">$</span><span class="number">4129</span><span class="op">&gt;</span></span></a></span>
 
-inline <span class="decl-extern" id="unsafe_st"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>(f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp kw op">|</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="unsafe_st"><span class="kw">extern</span> <a class="pp" href="std_core_hnd.html#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>(f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp kw op">|</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
-<span class="decl-fun" id="protect_check"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>,  <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7157</span>,<span class="op">$</span><span class="number">7159</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> <span class="op">$</span><span class="number">7159</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7159</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7224</span> <span class="number">7225</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
-  <span class="kw">val</span> <a class="pp">did-resume<span class="pc">did<span class="dash">-</span>resume: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <span class="kw">=</span> (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7158</span><span class="op">&gt;</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> bool)</span></a>{ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7158</span><span class="op">&gt;</span> bool</span></a><a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> })()
-  <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7158</span> bool</span></a><a class="pp">did-resume<span class="pc">did<span class="dash">-</span>resume: <span class="tp">bool</span></span></a>
+<span class="decl-fun" id="protect_check"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>,  <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7157</span>,<span class="op">$</span><span class="number">7159</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> <span class="op">$</span><span class="number">7159</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7159</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7224</span> <span class="number">7225</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+  <span class="kw">val</span> <a class="pp">did-resume<span class="pc">did<span class="dash">-</span>resume: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <span class="kw">=</span> (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7158</span><span class="op">&gt;</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> bool)</span></a>{ <a class="pp" href="std_core_types-source.html#ref_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7158</span><span class="op">&gt;</span> bool</span></a><a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> })()
+  <span class="kw">if</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7158</span> bool</span></a><a class="pp">did-resume<span class="pc">did<span class="dash">-</span>resume: <span class="tp">bool</span></span></a>
    <span class="kw">then</span> <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7157</span>,<span class="op">$</span><span class="number">7159</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7158</span> <span class="op">$</span><span class="number">7159</span></span></a>(<a class="pp" href="#con_space_Finalize"><span class="co">Finalize</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7159</span></span></a>)) <span class="comment">//finalize(k,res)
 </span>   <span class="kw">else</span> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7159</span></span></a></span>
 
-<span class="decl-fun" id="protect"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#protect">protect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7235</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7235</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7236</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7358</span> <span class="number">7359</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
-  <span class="kw">val</span> <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>)</span></a>{<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>)})()
+<span class="decl-fun" id="protect"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#protect">protect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7235</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7235</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7236</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7358</span> <span class="number">7359</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+  <span class="kw">val</span> <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>)</span></a>{<a class="pp" href="std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>)})()
   <span class="decl-fun" id="kprotect"><span class="kw">fun</span> <a class="pp">kprotect<span class="pc">kprotect: <span class="tp sp">(</span><span class="tp tpp">ret</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7236</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">ret<span class="pc">ret: <span class="tp op">$</span><span class="number">7236</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>
-    (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> ())</span></a>{<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>})()
+    (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> ())</span></a>{<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7237</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>})()
     <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp" href="#con_space_Deep"><span class="co">Deep</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Deep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">ret<span class="pc">ret: <span class="tp op">$</span><span class="number">7236</span></span></a>)</span>)
   <span class="kw">val</span> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7238</span></span></a> <span class="kw">=</span> <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7235</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7236</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7235</span></span></a>,<a class="pp">kprotect<span class="pc">kprotect: <span class="tp sp">(</span><span class="tp tpp">ret</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7236</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7237</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">7238</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">xres</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7238</span></span></a>) <a class="pp" href="#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>,<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7238</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7237</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">7238</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">xres</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7238</span></span></a>) <a class="pp" href="#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>,<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7238</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp" href="#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>(<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7236</span>,<span class="op">$</span><span class="number">7238</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7237</span> <span class="op">$</span><span class="number">7238</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7238</span></span></a></span>)
 
 <span class="comment">/&#42;
@@ -635,22 +635,22 @@
 &#42;/</span>
 
 <span class="comment">// generic control clause
-</span><span class="decl-fun" id="clause_control1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control1">clause-control1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7449</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7450</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">7513</span>,<span class="number">7514</span>,<span class="number">7516</span>,<span class="number">7515</span>,<span class="number">7517</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="clause_control1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control1">clause-control1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7449</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7450</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">7513</span>,<span class="number">7514</span>,<span class="number">7516</span>,<span class="number">7515</span>,<span class="number">7517</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7451</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">7452</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7449</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7450</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7451</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span></span></a>,&#95;ev,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7449</span></span></a>){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7451</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7450</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7450</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7451</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7450</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7450</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a>) <a class="pp" href="#protect">protect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7449</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7449</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7450</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7450</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">7449</span></span></a>,<a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7449</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7450</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7450</span>,<span class="op">$</span><span class="number">7453</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7451</span> <span class="op">$</span><span class="number">7453</span></span></a>) ) }</span>)
 
 <span class="comment">// tail-resumptive clause: resumes exactly once at the end
 // (these can be executed 'in-place' without capturing a resumption)
-</span><span class="decl-fun" id="clause_tail1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail1">clause-tail1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8863</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8860</span> <span class="op">$</span><span class="number">8864</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">8915</span>,<span class="number">8916</span>,<span class="number">8914</span>,<span class="number">8912</span>,<span class="number">8913</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="clause_tail1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail1">clause-tail1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8863</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8860</span> <span class="op">$</span><span class="number">8864</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">8915</span>,<span class="number">8916</span>,<span class="number">8914</span>,<span class="number">8912</span>,<span class="number">8913</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8860</span>,<span class="op">$</span><span class="number">8861</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8862</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8863</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8860</span> <span class="op">$</span><span class="number">8864</span></span></a>(&#95;m,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8862</span><span class="op">&gt;</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8863</span></span></a>){ <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8862</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8863</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8860</span> <span class="op">$</span><span class="number">8864</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8863</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8860</span> <span class="op">$</span><span class="number">8864</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8862</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8863</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8860</span> <span class="op">$</span><span class="number">8864</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8863</span></span></a>) }</span>)
 
 <span class="comment">// tail-resumptive clause that does not itself invoke operations
 // (these can be executed 'in-place' without setting the correct evidence vector)
-</span><span class="decl-fun" id="clause_tail_noop1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail_noop1">clause-tail-noop1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3818</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3815</span> <span class="op">$</span><span class="number">3819</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">3856</span>,<span class="number">3857</span>,<span class="number">3855</span>,<span class="number">3853</span>,<span class="number">3854</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="clause_tail_noop1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail_noop1">clause-tail-noop1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3818</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3815</span> <span class="op">$</span><span class="number">3819</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">3856</span>,<span class="number">3857</span>,<span class="number">3855</span>,<span class="number">3853</span>,<span class="number">3854</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3815</span>,<span class="op">$</span><span class="number">3816</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3817</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">3818</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3815</span> <span class="op">$</span><span class="number">3819</span></span></a>(&#95;m,&#95;ev,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3818</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3818</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3815</span> <span class="op">$</span><span class="number">3819</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3818</span></span></a>) }</span>)
 
 <span class="comment">// clause that never resumes (e.g. an exception handler)
 // (these do not need to capture a resumption and execute finally clauses upfront)
-</span><span class="decl-fun" id="clause_never1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_never1">clause-never1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8016</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">8069</span>,<span class="number">8070</span>,<span class="number">8072</span>,<span class="number">8071</span>,<span class="number">8073</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="clause_never1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_never1">clause-never1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8016</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="number">8069</span>,<span class="number">8070</span>,<span class="number">8072</span>,<span class="number">8071</span>,<span class="number">8073</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8018</span>,<span class="op">$</span><span class="number">8020</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">8019</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8016</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8017</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8018</span>,<span class="op">$</span><span class="number">8020</span><span class="op">&gt;</span></span></a>,&#95;ev,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8016</span></span></a>){ <a class="pp" href="#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8018</span>,<span class="op">$</span><span class="number">8020</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">8017</span>,<span class="op">$</span><span class="number">8020</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8017</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8018</span>,<span class="op">$</span><span class="number">8020</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">8017</span>,<span class="op">$</span><span class="number">8020</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span></span></a>(&#95;k) <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8016</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8018</span> <span class="op">$</span><span class="number">8020</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">8016</span></span></a>) ) }</span>)
 
 
@@ -658,8 +658,8 @@
 // 0 arguments; reuse 1 argument Clauses
 //----------------------------------------------------------------
 </span>
-<span class="decl-type" id="type_space_clause0"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Clause0"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause0_fs_clause">clause<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">clause0<span class="fslash">/</span></span>clause: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause0</span> <span class="tp kw op">:</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
+<span class="decl-type" id="type_space_clause0"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Clause0"><a class="pp" href="std_core_hnd.html#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="std_core_hnd.html#clause0_fs_clause">clause<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">clause0<span class="fslash">/</span></span>clause: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause0</span> <span class="tp kw op">:</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
 
 
 <span class="comment">//inline extern cast-hnd( h : h&lt;e1,r&gt; ) : e h&lt;e,r&gt; { inline "#1"//inline extern cast-marker( m : marker&lt;e1,r&gt; ) : e marker&lt;e,r&gt; { inline "#1"
@@ -668,15 +668,15 @@
     <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;tag,<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span></span></a>,<a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3060</span><span class="op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span></span></a>,&#95;w) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3060</span><span class="op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3060</span><span class="op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3059</span> clause0<span class="op">&lt;$</span><span class="number">3058</span>,<span class="op">$</span><span class="number">3060</span>,<span class="op">$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span></span></a>
       <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3060</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3063</span> <span class="op">$</span><span class="number">3058</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#cast_clause0">cast-clause0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause0: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3060</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3063</span> <span class="op">$</span><span class="number">3058</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3059</span> ((marker<span class="op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3060</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3059</span> <span class="op">$</span><span class="number">3058</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3060</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3063</span> <span class="op">$</span><span class="number">3058</span></span></a>)(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3063</span>,<span class="op">$</span><span class="number">3064</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3060</span><span class="op">&gt;</span></span></a>)
 
-inline <span class="decl-fun" id="under0"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#under0">under0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">i</span><span class="pc">i: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8790</span> <span class="number">8789</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+inline <span class="decl-fun" id="under0"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#under0">under0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">i</span><span class="pc">i: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">8790</span> <span class="number">8789</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8727</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> evv<span class="op">&lt;</span>&#95;8727<span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">8717</span></span></a> <span class="kw">=</span> <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>()
   <span class="comment">// evv-set(w0)   // only needed before yielding for evidence expected check in prompt
 </span>  <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8727</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8727</span><span class="tp sp">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8717</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8754</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8754</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8717</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8754</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8719</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8754</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8718</span> <span class="op">$</span><span class="number">8717</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8754</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">8717</span></span></a>
 
-<span class="decl-fun" id="clause_control_raw0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control_raw0">clause-control-raw0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6729</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">6789</span>,<span class="number">6792</span>,<span class="number">6790</span>,<span class="number">6793</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_control_raw0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control_raw0">clause-control-raw0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6729</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">6789</span>,<span class="number">6792</span>,<span class="number">6790</span>,<span class="number">6793</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">6730</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6727</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span></span></a>,&#95;ev){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6727</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6728</span>,<span class="op">$</span><span class="number">6729</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span></span></a>(<a class="pp" href="#con_space_Resume_context"><span class="co">Resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Resume<span class="dash">-</span>context: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6727</span>,<span class="op">$</span><span class="number">6731</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6728</span> <span class="op">$</span><span class="number">6731</span></span></a>)) } ) }</span>)
 
 <span class="comment">/&#42;
@@ -684,56 +684,56 @@
   Clause0(fn(m,w){ yield-to(m, fn(k){ op(fn(r){ k({r} )}) }) })
 &#42;/</span>
 
-<span class="decl-fun" id="clause_control0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control0">clause-control0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">7432</span>,<span class="number">7434</span>,<span class="number">7433</span>,<span class="number">7435</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">7374</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7372</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span></span></a>,&#95;ev){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7372</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>){ <a class="pp" href="#protect">protect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>,<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(&#95;x,<a class="pp">r<span class="pc">r: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(<a class="pp">r<span class="pc">r: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>) }, <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>) }) }</span>)
+<span class="decl-fun" id="clause_control0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control0">clause-control0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">7432</span>,<span class="number">7434</span>,<span class="number">7433</span>,<span class="number">7435</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">7374</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7372</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span></span></a>,&#95;ev){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7372</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7373</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>){ <a class="pp" href="#protect">protect<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>,<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(&#95;x,<a class="pp">r<span class="pc">r: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>(<a class="pp">r<span class="pc">r: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7372</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>) }, <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7372</span>,<span class="op">$</span><span class="number">7375</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7373</span> <span class="op">$</span><span class="number">7375</span></span></a>) }) }</span>)
 
 
-<span class="decl-fun" id="clause_tail0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail0">clause-tail0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8801</span> <span class="op">$</span><span class="number">8804</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">8846</span>,<span class="number">8845</span>,<span class="number">8843</span>,<span class="number">8844</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_tail0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail0">clause-tail0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8801</span> <span class="op">$</span><span class="number">8804</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">8846</span>,<span class="number">8845</span>,<span class="number">8843</span>,<span class="number">8844</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8801</span>,<span class="op">$</span><span class="number">8802</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8803</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8801</span> <span class="op">$</span><span class="number">8804</span></span></a>(&#95;m,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8803</span><span class="op">&gt;</span></span></a>){ <a class="pp" href="#under0">under0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under0: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8803</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8801</span> <span class="op">$</span><span class="number">8804</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8801</span> <span class="op">$</span><span class="number">8804</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8803</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8801</span> <span class="op">$</span><span class="number">8804</span></span></a>) }</span>)
 
-<span class="decl-fun" id="clause_tail_noop0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail_noop0">clause-tail-noop0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3767</span> <span class="op">$</span><span class="number">3770</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">3801</span>,<span class="number">3800</span>,<span class="number">3798</span>,<span class="number">3799</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_tail_noop0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail_noop0">clause-tail-noop0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3767</span> <span class="op">$</span><span class="number">3770</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">3801</span>,<span class="number">3800</span>,<span class="number">3798</span>,<span class="number">3799</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3767</span>,<span class="op">$</span><span class="number">3768</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3769</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3767</span> <span class="op">$</span><span class="number">3770</span></span></a>(&#95;m,&#95;ev){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3767</span> <span class="op">$</span><span class="number">3770</span></span></a>() }</span>)
 
-<span class="decl-fun" id="clause_value"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_value">clause-value<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>value: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">3981</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">4012</span>,<span class="number">4014</span>,<span class="number">4013</span>,<span class="number">4015</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_value"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_value">clause-value<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>value: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">3981</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">4012</span>,<span class="number">4014</span>,<span class="number">4013</span>,<span class="number">4015</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3982</span>,<span class="op">$</span><span class="number">3984</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3983</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3982</span> <span class="op">$</span><span class="number">3981</span></span></a>(&#95;m,&#95;ev){ <a class="pp">v<span class="pc">v: <span class="tp op">$</span><span class="number">3981</span></span></a> }</span>)
 
-<span class="decl-fun" id="clause_never0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_never0">clause-never0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">7999</span>,<span class="number">8001</span>,<span class="number">8000</span>,<span class="number">8002</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_never0"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_never0">clause-never0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="number">7999</span>,<span class="number">8001</span>,<span class="number">8000</span>,<span class="number">8002</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause0"><span class="co">Clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause0: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause0</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7954</span>,<span class="op">$</span><span class="number">7956</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">7955</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7953</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7954</span>,<span class="op">$</span><span class="number">7956</span><span class="op">&gt;</span></span></a>,&#95;ev){ <a class="pp" href="#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7954</span>,<span class="op">$</span><span class="number">7956</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7953</span>,<span class="op">$</span><span class="number">7956</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7953</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7954</span>,<span class="op">$</span><span class="number">7956</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7953</span>,<span class="op">$</span><span class="number">7956</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span></span></a>(&#95;k){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7954</span> <span class="op">$</span><span class="number">7956</span></span></a>() }) }</span>)
 
 <span class="comment">//----------------------------------------------------------------
 // 2 arguments
 //----------------------------------------------------------------
 </span>
-<span class="decl-type" id="type_space_clause2"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Clause2"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause2_fs_clause">clause<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">clause2<span class="fslash">/</span></span>clause: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause2</span> <span class="tp kw op">:</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
+<span class="decl-type" id="type_space_clause2"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_hnd.html#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Clause2"><a class="pp" href="std_core_hnd.html#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="std_core_hnd.html#clause2_fs_clause">clause<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span><span class="lq">clause2<span class="fslash">/</span></span>clause: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause2</span> <span class="tp kw op">:</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="#type_space_marker"><span class="tp">marker</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>marker: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
 
-<span class="decl-fun" id="under2"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#under2">under2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8933</span>, <span class="op">$</span><span class="number">8934</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8933</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8934</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9016</span> <span class="number">9015</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="under2"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#under2">under2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8933</span>, <span class="op">$</span><span class="number">8934</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8933</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8934</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9016</span> <span class="number">9015</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8945</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> evv<span class="op">&lt;</span>&#95;8945<span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">8935</span></span></a> <span class="kw">=</span> <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8933</span>, <span class="op">$</span><span class="number">8934</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8933</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8934</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8945</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8936</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;8945</span><span class="tp sp">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8936</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8935</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8974</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8974</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8936</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">8935</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8974</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">8937</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8974</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8936</span> <span class="op">$</span><span class="number">8935</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">8974</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">8935</span></span></a>
 
-<span class="decl-fun" id="protect2"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#protect2">protect2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span></span></a>( <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7534</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7535</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7534</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7535</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7536</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7662</span> <span class="number">7663</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
-  <span class="kw">val</span> <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>)</span></a>{<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>)})()
+<span class="decl-fun" id="protect2"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#protect2">protect2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span></span></a>( <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7534</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7535</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7534</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7535</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7536</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><span class="tp tpp">x</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>, <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_result"><span class="tp">resume-result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>result: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">7662</span> <span class="number">7663</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a>
+  <span class="kw">val</span> <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span>)</span></a>{<a class="pp" href="std_core_types-source.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ref<span class="op">&lt;</span>global,bool<span class="op">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>)})()
   <span class="decl-fun" id="kprotect"><span class="kw">fun</span> <a class="pp">kprotect<span class="pc">kprotect: <span class="tp sp">(</span><span class="tp tpp">ret</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7536</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">ret<span class="pc">ret: <span class="tp op">$</span><span class="number">7536</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>
-    (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> ())</span></a>{ <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a> })()
+    (<a class="pp" href="#unsafe_st">unsafe-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>st: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> ())</span></a>{ <a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="std_core_types-source.html#set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp op">&gt;|$</span><span class="number">7537</span><span class="op">&gt;</span> ()</span></a> <a class="pp" href="std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a> })()
     <a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp" href="#con_space_Deep"><span class="co">Deep</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Deep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">ret<span class="pc">ret: <span class="tp op">$</span><span class="number">7536</span></span></a>)</span>)
   <span class="kw">val</span> <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7538</span></span></a> <span class="kw">=</span> <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7534</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7535</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7536</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7534</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7535</span></span></a>,<a class="pp">kprotect<span class="pc">kprotect: <span class="tp sp">(</span><span class="tp tpp">ret</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7536</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7537</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">7538</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">xres</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7538</span></span></a>) <a class="pp" href="#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>,<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7538</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">7537</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">7538</span></span></a> <a class="pp" href="#yield_extend">yield-extend<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="tp tpp">next</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">xres</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7538</span></span></a>) <a class="pp" href="#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>,<a class="pp">xres<span class="pc">xres: <span class="tp op">$</span><span class="number">7538</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp" href="#protect_check">protect-check<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect<span class="dash">-</span>check: <span class="tp sp">(</span><span class="tp tpp">resumed</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span>, res <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7538</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>(<a class="pp">resumed<span class="pc">resumed: <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp">global</span><span class="tp sp">,</span><span class="tp">bool</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7536</span>,<span class="op">$</span><span class="number">7538</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7537</span> <span class="op">$</span><span class="number">7538</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">7538</span></span></a></span>)
 
-<span class="decl-fun" id="clause_control2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control2">clause-control2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7679</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7680</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7681</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">7753</span>,<span class="number">7754</span>,<span class="number">7755</span>,<span class="number">7757</span>,<span class="number">7756</span>,<span class="number">7758</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_control2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control2">clause-control2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7679</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7680</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7681</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">7753</span>,<span class="number">7754</span>,<span class="number">7755</span>,<span class="number">7757</span>,<span class="number">7756</span>,<span class="number">7758</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7682</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">7683</span><span class="op">&gt;</span>, x1 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7679</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7680</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7681</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7682</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span></span></a>,&#95;ev,<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7679</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7680</span></span></a>){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7682</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7681</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7681</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">7682</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7681</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7681</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a>){ <a class="pp" href="#protect2">protect2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>protect2: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7679</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7680</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7679</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7680</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7681</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7681</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7679</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7680</span></span></a>,<a class="pp">clause<span class="pc">clause: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7679</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7680</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7681</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">7681</span>,<span class="op">$</span><span class="number">7684</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7682</span> <span class="op">$</span><span class="number">7684</span></span></a>) }) }</span>)
 
 
-<span class="decl-fun" id="clause_control_raw2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control_raw2">clause-control-raw2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6904</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6905</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6908</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">r</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">6980</span>,<span class="number">6981</span>,<span class="number">6982</span>,<span class="number">6985</span>,<span class="number">6983</span>,<span class="number">6986</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_control_raw2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control_raw2">clause-control-raw2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6904</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6905</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6908</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">r</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">6980</span>,<span class="number">6981</span>,<span class="number">6982</span>,<span class="number">6985</span>,<span class="number">6983</span>,<span class="number">6986</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">6909</span><span class="op">&gt;</span>, x1 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6904</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6905</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6906</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span></span></a>,&#95;ev,<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6904</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6905</span></span></a>){ <a class="pp" href="#yield_to">yield-to<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6906</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6904</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6905</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6907</span>,<span class="op">$</span><span class="number">6908</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6904</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6905</span></span></a>,<a class="pp" href="#con_space_Resume_context"><span class="co">Resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Resume<span class="dash">-</span>context: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">6906</span>,<span class="op">$</span><span class="number">6910</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6907</span> <span class="op">$</span><span class="number">6910</span></span></a>)) } ) }</span>)
 
-<span class="decl-fun" id="clause_tail2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail2">clause-tail2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9036</span>, <span class="op">$</span><span class="number">9037</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9033</span> <span class="op">$</span><span class="number">9038</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">9098</span>,<span class="number">9099</span>,<span class="number">9100</span>,<span class="number">9097</span>,<span class="number">9095</span>,<span class="number">9096</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_tail2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail2">clause-tail2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9036</span>, <span class="op">$</span><span class="number">9037</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9033</span> <span class="op">$</span><span class="number">9038</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">9098</span>,<span class="number">9099</span>,<span class="number">9100</span>,<span class="number">9097</span>,<span class="number">9095</span>,<span class="number">9096</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">9033</span>,<span class="op">$</span><span class="number">9034</span><span class="op">&gt;</span>, ev <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9035</span><span class="op">&gt;</span>, x1 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9036</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9037</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9033</span> <span class="op">$</span><span class="number">9038</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">9033</span>,<span class="op">$</span><span class="number">9034</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9035</span><span class="op">&gt;</span></span></a>,<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9036</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9037</span></span></a>){ <a class="pp" href="#under2">under2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under2: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9035</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9036</span>, <span class="op">$</span><span class="number">9037</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9033</span> <span class="op">$</span><span class="number">9038</span>, x1 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9036</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9037</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9033</span> <span class="op">$</span><span class="number">9038</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9035</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9036</span>, <span class="op">$</span><span class="number">9037</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9033</span> <span class="op">$</span><span class="number">9038</span></span></a>,<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9036</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9037</span></span></a>) }</span>)
 
-<span class="decl-fun" id="clause_tail_noop2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail_noop2">clause-tail-noop2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3877</span>, <span class="op">$</span><span class="number">3878</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3874</span> <span class="op">$</span><span class="number">3879</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">3922</span>,<span class="number">3923</span>,<span class="number">3924</span>,<span class="number">3921</span>,<span class="number">3919</span>,<span class="number">3920</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_tail_noop2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail_noop2">clause-tail-noop2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3877</span>, <span class="op">$</span><span class="number">3878</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3874</span> <span class="op">$</span><span class="number">3879</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">3922</span>,<span class="number">3923</span>,<span class="number">3924</span>,<span class="number">3921</span>,<span class="number">3919</span>,<span class="number">3920</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3874</span>,<span class="op">$</span><span class="number">3875</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3876</span><span class="op">&gt;</span>, x1 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">3877</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">3878</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3874</span> <span class="op">$</span><span class="number">3879</span></span></a>(&#95;m,&#95;ev,<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">3877</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">3878</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3877</span>, <span class="op">$</span><span class="number">3878</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3874</span> <span class="op">$</span><span class="number">3879</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">3877</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">3878</span></span></a>) }</span>)
 
 <span class="kw">pub</span> inline <span class="kw">fun</span> @perform2( <a class="pp">evx<span class="pc">evx: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3220</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3220</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause2<span class="op">&lt;$</span><span class="number">3216</span>,<span class="op">$</span><span class="number">3217</span>,<span class="op">$</span><span class="number">3218</span>,<span class="op">$</span><span class="number">3220</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3216</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3217</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3294</span> <span class="number">3293</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>
@@ -741,7 +741,7 @@
     <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;tag,<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span></span></a>,<a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3220</span><span class="op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span></span></a>,&#95;w) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3220</span><span class="op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3220</span><span class="op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3219</span> clause2<span class="op">&lt;$</span><span class="number">3216</span>,<span class="op">$</span><span class="number">3217</span>,<span class="op">$</span><span class="number">3218</span>,<span class="op">$</span><span class="number">3220</span>,<span class="op">$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span></span></a>
       <a class="pp" href="#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3220</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3216</span>, <span class="op">$</span><span class="number">3217</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3223</span> <span class="op">$</span><span class="number">3218</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#cast_clause2">cast-clause2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause2: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3220</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3216</span>, <span class="op">$</span><span class="number">3217</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3223</span> <span class="op">$</span><span class="number">3218</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3219</span> ((marker<span class="op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3220</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3216</span>, <span class="op">$</span><span class="number">3217</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3219</span> <span class="op">$</span><span class="number">3218</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3220</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3216</span>, <span class="op">$</span><span class="number">3217</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3223</span> <span class="op">$</span><span class="number">3218</span></span></a>)(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3223</span>,<span class="op">$</span><span class="number">3224</span><span class="op">&gt;</span></span></a>,<a class="pp">evx<span class="pc">evx: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3220</span><span class="op">&gt;</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3216</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3217</span></span></a>)
 
-<span class="decl-fun" id="clause_never2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_never2">clause-never2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8090</span>, <span class="op">$</span><span class="number">8091</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">8150</span>,<span class="number">8151</span>,<span class="number">8152</span>,<span class="number">8154</span>,<span class="number">8153</span>,<span class="number">8155</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="clause_never2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_never2">clause-never2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8090</span>, <span class="op">$</span><span class="number">8091</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="number">8150</span>,<span class="number">8151</span>,<span class="number">8152</span>,<span class="number">8154</span>,<span class="number">8153</span>,<span class="number">8155</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#con_space_Clause2"><span class="co">Clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8093</span>,<span class="op">$</span><span class="number">8095</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">8094</span><span class="op">&gt;</span>, x1 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8090</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">8091</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8092</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8093</span>,<span class="op">$</span><span class="number">8095</span><span class="op">&gt;</span></span></a>,&#95;ev,<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8090</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8091</span></span></a>){ <a class="pp" href="#yield_to_final">yield-to-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>to<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8093</span>,<span class="op">$</span><span class="number">8095</span><span class="op">&gt;</span>, clause <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">8092</span>,<span class="op">$</span><span class="number">8095</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8092</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">8093</span>,<span class="op">$</span><span class="number">8095</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">resume<span class="dash">-</span>result</span><span class="tp op">&lt;$</span><span class="number">8092</span>,<span class="op">$</span><span class="number">8095</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span></span></a>(&#95;k){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8090</span>, <span class="op">$</span><span class="number">8091</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8093</span> <span class="op">$</span><span class="number">8095</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8090</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8091</span></span></a>) }) }</span>)
 
 
@@ -751,58 +751,58 @@
 //----------------------------------------------------------------
 </span>
 <span class="comment">// For interal use
-</span><span class="decl-fun" id="xperform1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#xperform1">xperform1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>xperform1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3638</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;$</span><span class="number">3635</span>,<span class="op">$</span><span class="number">3636</span>,<span class="op">$</span><span class="number">3638</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3635</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3704</span> <span class="number">3703</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="xperform1"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#xperform1">xperform1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>xperform1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">&lt;</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3638</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;$</span><span class="number">3635</span>,<span class="op">$</span><span class="number">3636</span>,<span class="op">$</span><span class="number">3638</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3635</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3704</span> <span class="number">3703</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="#con_space_Ev"><span class="co">Ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Ev: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">htag</span> <span class="tp kw op">:</span> <span class="tp">htag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">marker</span> <span class="tp kw op">:</span> <span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hnd</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">hevv</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;tag,<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span></span></a>,<a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3638</span><span class="op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span></span></a>,&#95;w) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">h<span class="pc">h: <span class="tp op">$</span><span class="number">3638</span><span class="op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3638</span><span class="op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3637</span> clause1<span class="op">&lt;$</span><span class="number">3635</span>,<span class="op">$</span><span class="number">3636</span>,<span class="op">$</span><span class="number">3638</span>,<span class="op">$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span></span></a>
       <a class="pp" href="#con_space_Clause1"><span class="co">Clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>Clause1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3635</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3641</span> <span class="op">$</span><span class="number">3636</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#cast_clause1">cast-clause1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>clause1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3635</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3641</span> <span class="op">$</span><span class="number">3636</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3637</span> ((marker<span class="op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3635</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3637</span> <span class="op">$</span><span class="number">3636</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span>, ev<span class="op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span>, <span class="op">$</span><span class="number">3635</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3641</span> <span class="op">$</span><span class="number">3636</span></span></a>)(<a class="pp">m<span class="pc">m: <span class="tp">marker</span><span class="tp op">&lt;$</span><span class="number">3641</span>,<span class="op">$</span><span class="number">3642</span><span class="op">&gt;</span></span></a>,<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">3638</span><span class="op">&gt;</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3635</span></span></a></span>)
 
-<span class="decl-fun" id="clause_control_raw3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control_raw3">clause-control-raw3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7009</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7010</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7011</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x3</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">r</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">7069</span>, <span class="number">7070</span>, <span class="number">7071</span>),<span class="number">7072</span>,<span class="number">7075</span>,<span class="number">7073</span>,<span class="number">7076</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_control_raw1">clause-control-raw1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7009</span>, <span class="op">$</span><span class="number">7010</span>, <span class="op">$</span><span class="number">7011</span>), r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">7009</span>, <span class="op">$</span><span class="number">7010</span>, <span class="op">$</span><span class="number">7011</span>),<span class="op">$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7015</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7009</span>, <span class="op">$</span><span class="number">7010</span>, <span class="op">$</span><span class="number">7011</span>), r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7009</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7010</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7011</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>,<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7009</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7010</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7011</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7009</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7010</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7011</span></span></a>,<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_control_raw3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control_raw3">clause-control-raw3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7009</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7010</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7011</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x3</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">r</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume-context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e0</span></span><span class="pc">e0: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">7069</span>, <span class="number">7070</span>, <span class="number">7071</span>),<span class="number">7072</span>,<span class="number">7075</span>,<span class="number">7073</span>,<span class="number">7076</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_control_raw1">clause-control-raw1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control<span class="dash">-</span>raw1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7009</span>, <span class="op">$</span><span class="number">7010</span>, <span class="op">$</span><span class="number">7011</span>), r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">7009</span>, <span class="op">$</span><span class="number">7010</span>, <span class="op">$</span><span class="number">7011</span>),<span class="op">$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7015</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7009</span>, <span class="op">$</span><span class="number">7010</span>, <span class="op">$</span><span class="number">7011</span>), r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7009</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7010</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7011</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>,<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7009</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7010</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7011</span>, r <span class="tp kw op">:</span> <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7013</span> <span class="op">$</span><span class="number">7016</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7009</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7010</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7011</span></span></a>,<a class="pp">r<span class="pc">r: <span class="tp">resume<span class="dash">-</span>context</span><span class="tp op">&lt;$</span><span class="number">7012</span>,<span class="op">$</span><span class="number">7013</span>,<span class="op">$</span><span class="number">7014</span>,<span class="op">$</span><span class="number">7016</span><span class="op">&gt;</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_control3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control3">clause-control3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7778</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7779</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7780</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x3</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">7832</span>, <span class="number">7833</span>, <span class="number">7834</span>),<span class="number">7835</span>,<span class="number">7837</span>,<span class="number">7836</span>,<span class="number">7838</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_control1">clause-control1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control1: <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7778</span>, <span class="op">$</span><span class="number">7779</span>, <span class="op">$</span><span class="number">7780</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">7778</span>, <span class="op">$</span><span class="number">7779</span>, <span class="op">$</span><span class="number">7780</span>),<span class="op">$</span><span class="number">7781</span>,<span class="op">$</span><span class="number">7783</span>,<span class="op">$</span><span class="number">7782</span>,<span class="op">$</span><span class="number">7784</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7778</span>, <span class="op">$</span><span class="number">7779</span>, <span class="op">$</span><span class="number">7780</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7778</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7779</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7780</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7778</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7779</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7780</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7778</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7779</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7780</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_control3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control3">clause-control3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7778</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7779</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7780</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x3</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">7832</span>, <span class="number">7833</span>, <span class="number">7834</span>),<span class="number">7835</span>,<span class="number">7837</span>,<span class="number">7836</span>,<span class="number">7838</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_control1">clause-control1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control1: <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7778</span>, <span class="op">$</span><span class="number">7779</span>, <span class="op">$</span><span class="number">7780</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">7778</span>, <span class="op">$</span><span class="number">7779</span>, <span class="op">$</span><span class="number">7780</span>),<span class="op">$</span><span class="number">7781</span>,<span class="op">$</span><span class="number">7783</span>,<span class="op">$</span><span class="number">7782</span>,<span class="op">$</span><span class="number">7784</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7778</span>, <span class="op">$</span><span class="number">7779</span>, <span class="op">$</span><span class="number">7780</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7778</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7779</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7780</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7778</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7779</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7780</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7778</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7779</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7780</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7781</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7782</span> <span class="op">$</span><span class="number">7784</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_tail3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail3">clause-tail3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">9176</span>, <span class="number">9177</span>, <span class="number">9178</span>),<span class="number">9179</span>,<span class="number">9175</span>,<span class="number">9173</span>,<span class="number">9174</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_tail1">clause-tail1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>),<span class="op">$</span><span class="number">9126</span>,<span class="op">$</span><span class="number">9122</span>,<span class="op">$</span><span class="number">9120</span>,<span class="op">$</span><span class="number">9121</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9123</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9124</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9125</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> ){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9123</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9124</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9125</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_tail3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail3">clause-tail3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">9176</span>, <span class="number">9177</span>, <span class="number">9178</span>),<span class="number">9179</span>,<span class="number">9175</span>,<span class="number">9173</span>,<span class="number">9174</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_tail1">clause-tail1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>),<span class="op">$</span><span class="number">9126</span>,<span class="op">$</span><span class="number">9122</span>,<span class="op">$</span><span class="number">9120</span>,<span class="op">$</span><span class="number">9121</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9123</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9124</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9125</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> ){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9123</span>, <span class="op">$</span><span class="number">9124</span>, <span class="op">$</span><span class="number">9125</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9120</span> <span class="op">$</span><span class="number">9126</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9123</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9124</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9125</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_tail_noop3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail_noop3">clause-tail-noop3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8404</span>, <span class="number">8405</span>, <span class="number">8406</span>),<span class="number">8407</span>,<span class="number">8403</span>,<span class="number">8401</span>,<span class="number">8402</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_tail_noop1">clause-tail-noop1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>),<span class="op">$</span><span class="number">8354</span>,<span class="op">$</span><span class="number">8350</span>,<span class="op">$</span><span class="number">8348</span>,<span class="op">$</span><span class="number">8349</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8351</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8352</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8353</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8351</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8352</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8353</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_tail_noop3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail_noop3">clause-tail-noop3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8404</span>, <span class="number">8405</span>, <span class="number">8406</span>),<span class="number">8407</span>,<span class="number">8403</span>,<span class="number">8401</span>,<span class="number">8402</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_tail_noop1">clause-tail-noop1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>),<span class="op">$</span><span class="number">8354</span>,<span class="op">$</span><span class="number">8350</span>,<span class="op">$</span><span class="number">8348</span>,<span class="op">$</span><span class="number">8349</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8351</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8352</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8353</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8351</span>, <span class="op">$</span><span class="number">8352</span>, <span class="op">$</span><span class="number">8353</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8348</span> <span class="op">$</span><span class="number">8354</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8351</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8352</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8353</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_never3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_never3">clause-never3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8228</span>, <span class="number">8229</span>, <span class="number">8230</span>),<span class="number">8231</span>,<span class="number">8233</span>,<span class="number">8232</span>,<span class="number">8234</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_never1">clause-never1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>),<span class="op">$</span><span class="number">8178</span>,<span class="op">$</span><span class="number">8180</span>,<span class="op">$</span><span class="number">8179</span>,<span class="op">$</span><span class="number">8181</span><span class="op">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8175</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8176</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8177</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8175</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8176</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8177</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_never3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_never3">clause-never3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8228</span>, <span class="number">8229</span>, <span class="number">8230</span>),<span class="number">8231</span>,<span class="number">8233</span>,<span class="number">8232</span>,<span class="number">8234</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_never1">clause-never1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>),<span class="op">$</span><span class="number">8178</span>,<span class="op">$</span><span class="number">8180</span>,<span class="op">$</span><span class="number">8179</span>,<span class="op">$</span><span class="number">8181</span><span class="op">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8175</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8176</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8177</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8175</span>, <span class="op">$</span><span class="number">8176</span>, <span class="op">$</span><span class="number">8177</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8179</span> <span class="op">$</span><span class="number">8181</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8175</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8176</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8177</span></span></a>) } </span>)
 
-<span class="kw">pub</span> <span class="kw">fun</span> @perform3( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6481</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6481</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>),<span class="op">$</span><span class="number">6479</span>,<span class="op">$</span><span class="number">6481</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6476</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6477</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6478</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6547</span> <span class="number">6546</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <a class="pp" href="#xperform1">xperform1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>xperform1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6481</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6481</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>),<span class="op">$</span><span class="number">6479</span>,<span class="op">$</span><span class="number">6481</span>,e,a<span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">6480</span> <span class="op">$</span><span class="number">6479</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6481</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6481</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>),<span class="op">$</span><span class="number">6479</span>,<span class="op">$</span><span class="number">6481</span>,e,a<span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6476</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6477</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6478</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>)
+<span class="kw">pub</span> <span class="kw">fun</span> @perform3( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6481</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6481</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>),<span class="op">$</span><span class="number">6479</span>,<span class="op">$</span><span class="number">6481</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6476</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6477</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6478</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6547</span> <span class="number">6546</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <a class="pp" href="#xperform1">xperform1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>xperform1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6481</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6481</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>),<span class="op">$</span><span class="number">6479</span>,<span class="op">$</span><span class="number">6481</span>,e,a<span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">6480</span> <span class="op">$</span><span class="number">6479</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6481</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6481</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6476</span>, <span class="op">$</span><span class="number">6477</span>, <span class="op">$</span><span class="number">6478</span>),<span class="op">$</span><span class="number">6479</span>,<span class="op">$</span><span class="number">6481</span>,e,a<span class="op">&gt;</span></span></a>,<a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6476</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6477</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6478</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>)
 
-<span class="decl-fun" id="under3"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#under3">under3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9966</span>, <span class="op">$</span><span class="number">9967</span>, <span class="op">$</span><span class="number">9968</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9966</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9967</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9968</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10054</span> <span class="number">10053</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="under3"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#under3">under3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9966</span>, <span class="op">$</span><span class="number">9967</span>, <span class="op">$</span><span class="number">9968</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9966</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9967</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9968</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10054</span> <span class="number">10053</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;9979</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> evv<span class="op">&lt;</span>&#95;9979<span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">9969</span></span></a> <span class="kw">=</span> <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9966</span>, <span class="op">$</span><span class="number">9967</span>, <span class="op">$</span><span class="number">9968</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9966</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9967</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9968</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;9979</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9970</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;9979</span><span class="tp sp">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9970</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9969</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10009</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10009</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9970</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">9969</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10009</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">9971</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10009</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9970</span> <span class="op">$</span><span class="number">9969</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10009</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">9969</span></span></a>
 
 
 
-<span class="decl-fun" id="clause_control4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_control4">clause-control4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7861</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7862</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7863</span>, x4 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7864</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x3</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x4</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">7920</span>, <span class="number">7921</span>, <span class="number">7922</span>, <span class="number">7923</span>),<span class="number">7924</span>,<span class="number">7926</span>,<span class="number">7925</span>,<span class="number">7927</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_control1">clause-control1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control1: <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7861</span>, <span class="op">$</span><span class="number">7862</span>, <span class="op">$</span><span class="number">7863</span>, <span class="op">$</span><span class="number">7864</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">7861</span>, <span class="op">$</span><span class="number">7862</span>, <span class="op">$</span><span class="number">7863</span>, <span class="op">$</span><span class="number">7864</span>),<span class="op">$</span><span class="number">7865</span>,<span class="op">$</span><span class="number">7867</span>,<span class="op">$</span><span class="number">7866</span>,<span class="op">$</span><span class="number">7868</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7861</span>, <span class="op">$</span><span class="number">7862</span>, <span class="op">$</span><span class="number">7863</span>, <span class="op">$</span><span class="number">7864</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7861</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7862</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7863</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">7864</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7861</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7862</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7863</span>, x4 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7864</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7861</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7862</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7863</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">7864</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_control4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_control4">clause-control4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7861</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7862</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7863</span>, x4 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7864</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x1</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x2</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x3</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x4</span><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">k</span><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">7920</span>, <span class="number">7921</span>, <span class="number">7922</span>, <span class="number">7923</span>),<span class="number">7924</span>,<span class="number">7926</span>,<span class="number">7925</span>,<span class="number">7927</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_control1">clause-control1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>control1: <span class="tp sp">(</span><span class="tp tpp">clause</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7861</span>, <span class="op">$</span><span class="number">7862</span>, <span class="op">$</span><span class="number">7863</span>, <span class="op">$</span><span class="number">7864</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">7861</span>, <span class="op">$</span><span class="number">7862</span>, <span class="op">$</span><span class="number">7863</span>, <span class="op">$</span><span class="number">7864</span>),<span class="op">$</span><span class="number">7865</span>,<span class="op">$</span><span class="number">7867</span>,<span class="op">$</span><span class="number">7866</span>,<span class="op">$</span><span class="number">7868</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">7861</span>, <span class="op">$</span><span class="number">7862</span>, <span class="op">$</span><span class="number">7863</span>, <span class="op">$</span><span class="number">7864</span>), k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7861</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7862</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7863</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">7864</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7861</span>, x2 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7862</span>, x3 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7863</span>, x4 <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">7864</span>, k <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">7861</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">7862</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">7863</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">7864</span></span></a>,<a class="pp">k<span class="pc">k: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">7865</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">7866</span> <span class="op">$</span><span class="number">7868</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_tail4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail4">clause-tail4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">9263</span>, <span class="number">9264</span>, <span class="number">9265</span>, <span class="number">9266</span>),<span class="number">9267</span>,<span class="number">9262</span>,<span class="number">9260</span>,<span class="number">9261</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_tail1">clause-tail1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>),<span class="op">$</span><span class="number">9209</span>,<span class="op">$</span><span class="number">9204</span>,<span class="op">$</span><span class="number">9202</span>,<span class="op">$</span><span class="number">9203</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9205</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9206</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9207</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">9208</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9205</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9206</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9207</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">9208</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_tail4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail4">clause-tail4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">9263</span>, <span class="number">9264</span>, <span class="number">9265</span>, <span class="number">9266</span>),<span class="number">9267</span>,<span class="number">9262</span>,<span class="number">9260</span>,<span class="number">9261</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_tail1">clause-tail1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>),<span class="op">$</span><span class="number">9209</span>,<span class="op">$</span><span class="number">9204</span>,<span class="op">$</span><span class="number">9202</span>,<span class="op">$</span><span class="number">9203</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9205</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9206</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9207</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">9208</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9205</span>, <span class="op">$</span><span class="number">9206</span>, <span class="op">$</span><span class="number">9207</span>, <span class="op">$</span><span class="number">9208</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9202</span> <span class="op">$</span><span class="number">9209</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">9205</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">9206</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">9207</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">9208</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_tail_noop4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_tail_noop4">clause-tail-noop4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8491</span>, <span class="number">8492</span>, <span class="number">8493</span>, <span class="number">8494</span>),<span class="number">8495</span>,<span class="number">8490</span>,<span class="number">8488</span>,<span class="number">8489</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_tail_noop1">clause-tail-noop1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>),<span class="op">$</span><span class="number">8437</span>,<span class="op">$</span><span class="number">8432</span>,<span class="op">$</span><span class="number">8430</span>,<span class="op">$</span><span class="number">8431</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8433</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8434</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8435</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8436</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8433</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8434</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8435</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8436</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_tail_noop4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_tail_noop4">clause-tail-noop4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a>,<a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="op">&gt;</span>(<a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8491</span>, <span class="number">8492</span>, <span class="number">8493</span>, <span class="number">8494</span>),<span class="number">8495</span>,<span class="number">8490</span>,<span class="number">8488</span>,<span class="number">8489</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_tail_noop1">clause-tail-noop1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>tail<span class="dash">-</span>noop1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>),<span class="op">$</span><span class="number">8437</span>,<span class="op">$</span><span class="number">8432</span>,<span class="op">$</span><span class="number">8430</span>,<span class="op">$</span><span class="number">8431</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8433</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8434</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8435</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8436</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8433</span>, <span class="op">$</span><span class="number">8434</span>, <span class="op">$</span><span class="number">8435</span>, <span class="op">$</span><span class="number">8436</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8430</span> <span class="op">$</span><span class="number">8437</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8433</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8434</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8435</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8436</span></span></a>) } </span>)
 
-<span class="decl-fun" id="clause_never4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#clause_never4">clause-never4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8315</span>, <span class="number">8316</span>, <span class="number">8317</span>, <span class="number">8318</span>),<span class="number">8319</span>,<span class="number">8321</span>,<span class="number">8320</span>,<span class="number">8322</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#clause_never1">clause-never1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>),<span class="op">$</span><span class="number">8261</span>,<span class="op">$</span><span class="number">8263</span>,<span class="op">$</span><span class="number">8262</span>,<span class="op">$</span><span class="number">8264</span><span class="op">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8257</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8258</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8259</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8260</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8257</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8258</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8259</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8260</span></span></a>) } </span>)
+<span class="decl-fun" id="clause_never4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#clause_never4">clause-never4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">clause1</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">8315</span>, <span class="number">8316</span>, <span class="number">8317</span>, <span class="number">8318</span>),<span class="number">8319</span>,<span class="number">8321</span>,<span class="number">8320</span>,<span class="number">8322</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#clause_never1">clause-never1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause<span class="dash">-</span>never1: <span class="tp sp">(</span><span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>),<span class="op">$</span><span class="number">8261</span>,<span class="op">$</span><span class="number">8263</span>,<span class="op">$</span><span class="number">8262</span>,<span class="op">$</span><span class="number">8264</span><span class="op">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8257</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8258</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8259</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8260</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>){ <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">8257</span>, <span class="op">$</span><span class="number">8258</span>, <span class="op">$</span><span class="number">8259</span>, <span class="op">$</span><span class="number">8260</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">8262</span> <span class="op">$</span><span class="number">8264</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">8257</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">8258</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">8259</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">8260</span></span></a>) } </span>)
 
-<span class="kw">pub</span> <span class="kw">fun</span> @perform4( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6575</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6575</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>),<span class="op">$</span><span class="number">6573</span>,<span class="op">$</span><span class="number">6575</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6569</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6570</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6571</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6572</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6648</span> <span class="number">6647</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <a class="pp" href="#xperform1">xperform1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>xperform1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6575</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6575</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>),<span class="op">$</span><span class="number">6573</span>,<span class="op">$</span><span class="number">6575</span>,e,a<span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">6574</span> <span class="op">$</span><span class="number">6573</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6575</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6575</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>),<span class="op">$</span><span class="number">6573</span>,<span class="op">$</span><span class="number">6575</span>,e,a<span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6569</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6570</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6571</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6572</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>)
+<span class="kw">pub</span> <span class="kw">fun</span> @perform4( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6575</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6575</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>),<span class="op">$</span><span class="number">6573</span>,<span class="op">$</span><span class="number">6575</span>,e,a<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">r</span><span class="pc">r: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6569</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6570</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6571</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6572</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6648</span> <span class="number">6647</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <a class="pp" href="#xperform1">xperform1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>xperform1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6575</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6575</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>),<span class="op">$</span><span class="number">6573</span>,<span class="op">$</span><span class="number">6575</span>,e,a<span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">6574</span> <span class="op">$</span><span class="number">6573</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">6575</span><span class="op">&gt;</span></span></a>,<a class="pp">op<span class="pc">op: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6575</span><span class="op">&lt;</span>e,a<span class="op">&gt;</span>) <span class="kw op">-></span> clause1<span class="op">&lt;</span>(<span class="op">$</span><span class="number">6569</span>, <span class="op">$</span><span class="number">6570</span>, <span class="op">$</span><span class="number">6571</span>, <span class="op">$</span><span class="number">6572</span>),<span class="op">$</span><span class="number">6573</span>,<span class="op">$</span><span class="number">6575</span>,e,a<span class="op">&gt;</span></span></a>,<a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6569</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6570</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6571</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6572</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>)
 
-<span class="decl-fun" id="under4"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#under4">under4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10074</span>, <span class="op">$</span><span class="number">10075</span>, <span class="op">$</span><span class="number">10076</span>, <span class="op">$</span><span class="number">10077</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">10074</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">10075</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">10076</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">10077</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10167</span> <span class="number">10166</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="decl-fun" id="under4"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#under4">under4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp sp">&lt;</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">op</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span></span></a>( <a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10074</span>, <span class="op">$</span><span class="number">10075</span>, <span class="op">$</span><span class="number">10076</span>, <span class="op">$</span><span class="number">10077</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">10074</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">10075</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">10076</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">10077</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10167</span> <span class="number">10166</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;10088</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_with">evv-swap-with<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>with: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> evv<span class="op">&lt;</span>&#95;10088<span class="op">&gt;</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">10078</span></span></a> <span class="kw">=</span> <a class="pp">op<span class="pc">op: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10074</span>, <span class="op">$</span><span class="number">10075</span>, <span class="op">$</span><span class="number">10076</span>, <span class="op">$</span><span class="number">10077</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">10074</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">10075</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">10076</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">10077</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;10088</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10079</span> ()</span></a>(<a class="pp">w0<span class="pc">w0: <span class="tp">evv</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;10088</span><span class="tp sp">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10079</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">10078</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10119</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10119</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10079</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">10078</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10119</span></span></a>) <a class="pp" href="#under1">under1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>under1: <span class="tp sp">(</span><span class="tp tpp">ev</span> <span class="tp kw op">:</span> <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span>, op <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>(<a class="pp">ev<span class="pc">ev: <span class="tp">ev</span><span class="tp op">&lt;$</span><span class="number">10080</span><span class="op">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">10119</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10079</span> <span class="op">$</span><span class="number">10078</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">10119</span></span></a>) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">10078</span></span></a>
 
 
@@ -841,102 +841,102 @@
   <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2970</span></span></a>
 
 
-noinline <span class="decl-fun" id="open_at1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5132</span> <span class="op">$</span><span class="number">5131</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5130</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5225</span> <span class="number">5223</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+noinline <span class="decl-fun" id="open_at1"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5132</span> <span class="op">$</span><span class="number">5131</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5130</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5225</span> <span class="number">5223</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5133</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> evv<span class="op">&lt;$</span><span class="number">5133</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5131</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5132</span> <span class="op">$</span><span class="number">5131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> ((<span class="op">$</span><span class="number">5130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5132</span> <span class="op">$</span><span class="number">5131</span></span></a>)(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5130</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5133</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5133</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5131</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5179</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> ev<span class="dash">-</span>index</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5179</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5131</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5179</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5133</span> ev<span class="dash">-</span>index</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5179</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5133</span> <span class="op">$</span><span class="number">5131</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5179</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5131</span></span></a>
 
 <span class="kw">pub</span> <span class="kw">fun</span> @open<span class="dash">-</span>at0<span class="op">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5239</span> <span class="op">$</span><span class="number">5238</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5319</span> <span class="number">5317</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5240</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5240</span> evv<span class="op">&lt;$</span><span class="number">5240</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5238</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev0">cast-ev0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev0: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5239</span> <span class="op">$</span><span class="number">5238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5239</span> <span class="op">$</span><span class="number">5238</span></span></a>)()
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5240</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5240</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5240</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5238</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5282</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5282</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5240</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5238</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5282</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5282</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5240</span> <span class="op">$</span><span class="number">5238</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5282</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5238</span></span></a>
 
 <span class="kw">pub</span> <span class="kw">fun</span> @open<span class="dash">-</span>at1<span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5329</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5331</span> <span class="op">$</span><span class="number">5330</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5329</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5418</span> <span class="number">5416</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5332</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5332</span> evv<span class="op">&lt;$</span><span class="number">5332</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5330</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5329</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5331</span> <span class="op">$</span><span class="number">5330</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> ((<span class="op">$</span><span class="number">5329</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5329</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5331</span> <span class="op">$</span><span class="number">5330</span></span></a>)(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5329</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5332</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5332</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5332</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5330</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5378</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5378</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5332</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5330</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5378</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5378</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5332</span> <span class="op">$</span><span class="number">5330</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5378</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5330</span></span></a>
 
 <span class="kw">pub</span> <span class="kw">fun</span> @open<span class="dash">-</span>at2<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span> ( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5431</span>, <span class="op">$</span><span class="number">5432</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5434</span> <span class="op">$</span><span class="number">5433</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">5431</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">5432</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5528</span> <span class="number">5526</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5435</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5435</span> evv<span class="op">&lt;$</span><span class="number">5435</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5433</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev2">cast-ev2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev2: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5431</span>, <span class="op">$</span><span class="number">5432</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5434</span> <span class="op">$</span><span class="number">5433</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> ((<span class="op">$</span><span class="number">5431</span>, <span class="op">$</span><span class="number">5432</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5431</span>, <span class="op">$</span><span class="number">5432</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5434</span> <span class="op">$</span><span class="number">5433</span></span></a>)(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">5431</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">5432</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5435</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5435</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5435</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5433</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5485</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5485</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5435</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5433</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5485</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5485</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5435</span> <span class="op">$</span><span class="number">5433</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5485</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5433</span></span></a>
 
 <span class="kw">pub</span> <span class="kw">fun</span> @open<span class="dash">-</span>at3<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span> ( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5544</span>, <span class="op">$</span><span class="number">5545</span>, <span class="op">$</span><span class="number">5546</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5548</span> <span class="op">$</span><span class="number">5547</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">5544</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">5545</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">5546</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5649</span> <span class="number">5647</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5549</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5549</span> evv<span class="op">&lt;$</span><span class="number">5549</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5547</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev3">cast-ev3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev3: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5544</span>, <span class="op">$</span><span class="number">5545</span>, <span class="op">$</span><span class="number">5546</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5548</span> <span class="op">$</span><span class="number">5547</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> ((<span class="op">$</span><span class="number">5544</span>, <span class="op">$</span><span class="number">5545</span>, <span class="op">$</span><span class="number">5546</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5544</span>, <span class="op">$</span><span class="number">5545</span>, <span class="op">$</span><span class="number">5546</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5548</span> <span class="op">$</span><span class="number">5547</span></span></a>)(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">5544</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">5545</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">5546</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5549</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5549</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5549</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5547</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5603</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5603</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5549</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5547</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5603</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5603</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5549</span> <span class="op">$</span><span class="number">5547</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5603</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5547</span></span></a>
 
 <span class="kw">pub</span> <span class="kw">fun</span> @open<span class="dash">-</span>at4<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span> ( <a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a><span class="tp kw op">:</span> <a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5668</span>, <span class="op">$</span><span class="number">5669</span>, <span class="op">$</span><span class="number">5670</span>, <span class="op">$</span><span class="number">5671</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5673</span> <span class="op">$</span><span class="number">5672</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">5668</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">5669</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">5670</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">5671</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5781</span> <span class="number">5779</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5674</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create1">evv-swap-create1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5674</span> evv<span class="op">&lt;$</span><span class="number">5674</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5672</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev4">cast-ev4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev4: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5668</span>, <span class="op">$</span><span class="number">5669</span>, <span class="op">$</span><span class="number">5670</span>, <span class="op">$</span><span class="number">5671</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5673</span> <span class="op">$</span><span class="number">5672</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> ((<span class="op">$</span><span class="number">5668</span>, <span class="op">$</span><span class="number">5669</span>, <span class="op">$</span><span class="number">5670</span>, <span class="op">$</span><span class="number">5671</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5668</span>, <span class="op">$</span><span class="number">5669</span>, <span class="op">$</span><span class="number">5670</span>, <span class="op">$</span><span class="number">5671</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5673</span> <span class="op">$</span><span class="number">5672</span></span></a>)(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">5668</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">5669</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">5670</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">5671</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5674</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5674</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5674</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5672</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5732</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5732</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5674</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5672</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5732</span></span></a>){ <a class="pp" href="#open_at1">open-at1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open<span class="dash">-</span>at1: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ev<span class="dash">-</span>index</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5732</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5674</span> <span class="op">$</span><span class="number">5672</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5732</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5672</span></span></a>
 
 
-noinline <span class="decl-fun" id="open1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5803</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5805</span> <span class="op">$</span><span class="number">5804</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5803</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5898</span> <span class="number">5896</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+noinline <span class="decl-fun" id="open1"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e1</span> <span class="tp tv">b</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5803</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5805</span> <span class="op">$</span><span class="number">5804</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5803</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5898</span> <span class="number">5896</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5806</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> evv<span class="op">&lt;$</span><span class="number">5806</span><span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5804</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5803</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5805</span> <span class="op">$</span><span class="number">5804</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> ((<span class="op">$</span><span class="number">5803</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5803</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5805</span> <span class="op">$</span><span class="number">5804</span></span></a>)(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">5803</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5806</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5806</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5804</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5852</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> vector<span class="op">&lt;</span>ev<span class="dash">-</span>index<span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5852</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5804</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5852</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5806</span> vector<span class="op">&lt;</span>ev<span class="dash">-</span>index<span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5852</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5806</span> <span class="op">$</span><span class="number">5804</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5852</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5804</span></span></a>
 
 
-<span class="kw">pub</span> <span class="kw">fun</span> @open0<span class="op">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5912</span> <span class="op">$</span><span class="number">5911</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5992</span> <span class="number">5990</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="kw">pub</span> <span class="kw">fun</span> @open0<span class="op">&lt;</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5912</span> <span class="op">$</span><span class="number">5911</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">5992</span> <span class="number">5990</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5913</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5913</span> evv<span class="op">&lt;$</span><span class="number">5913</span><span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5911</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev0">cast-ev0<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev0: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5912</span> <span class="op">$</span><span class="number">5911</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5912</span> <span class="op">$</span><span class="number">5911</span></span></a>)()
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5913</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">5913</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5913</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5911</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5955</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5955</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5913</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">5911</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5955</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">5955</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">5913</span> <span class="op">$</span><span class="number">5911</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">5955</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">5911</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @open1<span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6002</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6004</span> <span class="op">$</span><span class="number">6003</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6002</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6091</span> <span class="number">6089</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="kw">pub</span> <span class="kw">fun</span> @open1<span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6002</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6004</span> <span class="op">$</span><span class="number">6003</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6002</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6091</span> <span class="number">6089</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6005</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6005</span> evv<span class="op">&lt;$</span><span class="number">6005</span><span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6003</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev1">cast-ev1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev1: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6002</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6004</span> <span class="op">$</span><span class="number">6003</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> ((<span class="op">$</span><span class="number">6002</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6002</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6004</span> <span class="op">$</span><span class="number">6003</span></span></a>)(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">6002</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6005</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6005</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6005</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6003</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6051</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6051</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6005</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6003</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6051</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6051</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6005</span> <span class="op">$</span><span class="number">6003</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6051</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6003</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @open2<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6104</span>, <span class="op">$</span><span class="number">6105</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6107</span> <span class="op">$</span><span class="number">6106</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6104</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6105</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6201</span> <span class="number">6199</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="kw">pub</span> <span class="kw">fun</span> @open2<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6104</span>, <span class="op">$</span><span class="number">6105</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6107</span> <span class="op">$</span><span class="number">6106</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6104</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6105</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6201</span> <span class="number">6199</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6108</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6108</span> evv<span class="op">&lt;$</span><span class="number">6108</span><span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6106</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev2">cast-ev2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev2: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6104</span>, <span class="op">$</span><span class="number">6105</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6107</span> <span class="op">$</span><span class="number">6106</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> ((<span class="op">$</span><span class="number">6104</span>, <span class="op">$</span><span class="number">6105</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6104</span>, <span class="op">$</span><span class="number">6105</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6107</span> <span class="op">$</span><span class="number">6106</span></span></a>)(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6104</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6105</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6108</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6108</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6108</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6106</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6158</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6158</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6108</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6106</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6158</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6158</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6108</span> <span class="op">$</span><span class="number">6106</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6158</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6106</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @open3<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6217</span>, <span class="op">$</span><span class="number">6218</span>, <span class="op">$</span><span class="number">6219</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6221</span> <span class="op">$</span><span class="number">6220</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6217</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6218</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6219</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6322</span> <span class="number">6320</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="kw">pub</span> <span class="kw">fun</span> @open3<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6217</span>, <span class="op">$</span><span class="number">6218</span>, <span class="op">$</span><span class="number">6219</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6221</span> <span class="op">$</span><span class="number">6220</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6217</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6218</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6219</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6322</span> <span class="number">6320</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6222</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6222</span> evv<span class="op">&lt;$</span><span class="number">6222</span><span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6220</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev3">cast-ev3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev3: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6217</span>, <span class="op">$</span><span class="number">6218</span>, <span class="op">$</span><span class="number">6219</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6221</span> <span class="op">$</span><span class="number">6220</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> ((<span class="op">$</span><span class="number">6217</span>, <span class="op">$</span><span class="number">6218</span>, <span class="op">$</span><span class="number">6219</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6217</span>, <span class="op">$</span><span class="number">6218</span>, <span class="op">$</span><span class="number">6219</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6221</span> <span class="op">$</span><span class="number">6220</span></span></a>)(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6217</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6218</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6219</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6222</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6222</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6222</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6220</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6276</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6276</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6222</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6220</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6276</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6276</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6222</span> <span class="op">$</span><span class="number">6220</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6276</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6220</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @open4<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6341</span>, <span class="op">$</span><span class="number">6342</span>, <span class="op">$</span><span class="number">6343</span>, <span class="op">$</span><span class="number">6344</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6346</span> <span class="op">$</span><span class="number">6345</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6341</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6342</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6343</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6344</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6454</span> <span class="number">6452</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+<span class="kw">pub</span> <span class="kw">fun</span> @open4<span class="op">&lt;</span><a class="pp"><span class="tp">a1</span><span class="pc">a1: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a2</span><span class="pc">a2: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a3</span><span class="pc">a3: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">a4</span><span class="pc">a4: <span class="co">V</span></span></a>,<a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ev_index"><span class="tp">ev-index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6341</span>, <span class="op">$</span><span class="number">6342</span>, <span class="op">$</span><span class="number">6343</span>, <span class="op">$</span><span class="number">6344</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6346</span> <span class="op">$</span><span class="number">6345</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e1</span></span><span class="pc">e1: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6341</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a1</span><span class="pc">a1: <span class="co">V</span></span></a>, <a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6342</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a2</span><span class="pc">a2: <span class="co">V</span></span></a>, <a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6343</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a3</span><span class="pc">a3: <span class="co">V</span></span></a>, <a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6344</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a4</span><span class="pc">a4: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">6454</span> <span class="number">6452</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e2</span></span><span class="pc">e2: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6347</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#evv_swap_create">evv-swap-create<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>swap<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6347</span> evv<span class="op">&lt;$</span><span class="number">6347</span><span class="op">&gt;</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>)
   <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6345</span></span></a> <span class="kw">=</span> <a class="pp" href="#cast_ev4">cast-ev4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>cast<span class="dash">-</span>ev4: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6341</span>, <span class="op">$</span><span class="number">6342</span>, <span class="op">$</span><span class="number">6343</span>, <span class="op">$</span><span class="number">6344</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6346</span> <span class="op">$</span><span class="number">6345</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> ((<span class="op">$</span><span class="number">6341</span>, <span class="op">$</span><span class="number">6342</span>, <span class="op">$</span><span class="number">6343</span>, <span class="op">$</span><span class="number">6344</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>)</span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6341</span>, <span class="op">$</span><span class="number">6342</span>, <span class="op">$</span><span class="number">6343</span>, <span class="op">$</span><span class="number">6344</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6346</span> <span class="op">$</span><span class="number">6345</span></span></a>)(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">6341</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">6342</span></span></a>,<a class="pp">x3<span class="pc">x3: <span class="tp op">$</span><span class="number">6343</span></span></a>,<a class="pp">x4<span class="pc">x4: <span class="tp op">$</span><span class="number">6344</span></span></a>)
   <a class="pp" href="#evv_set">evv-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>evv<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">w</span> <span class="tp kw op">:</span> <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6347</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">evv</span><span class="tp op">&lt;$</span><span class="number">6347</span><span class="op">&gt;</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6347</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6345</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6405</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6405</span></span></a>) }<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6347</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp op">$</span><span class="number">6345</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6405</span></span></a>){ <a class="pp" href="#open1">open1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>open1: <span class="tp sp">(</span><span class="tp tpp">indices</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>(<a class="pp">indices<span class="pc">indices: <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">ev<span class="dash">-</span>index</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">6405</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">6347</span> <span class="op">$</span><span class="number">6345</span></span></a>,<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">6405</span></span></a>) }<a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
   <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">6345</span></span></a>
 
 <span class="comment">// -------------------------------------------
 // capture yields
 // -------------------------------------------
 </span>
-<span class="decl-fun" id="unsafe_try_finalize"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#unsafe_try_finalize">unsafe-try-finalize<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>try<span class="dash">-</span>finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10191</span> <span class="op">$</span><span class="number">10190</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10206</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="number">10205</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="unsafe_try_finalize"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#unsafe_try_finalize">unsafe-try-finalize<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>try<span class="dash">-</span>finalize: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10191</span> <span class="op">$</span><span class="number">10190</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">10206</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="number">10205</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#try_finalize_prompt">try-finalize-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>try<span class="dash">-</span>finalize<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">10190</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">10191</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">10190</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">10191</span> <span class="op">$</span><span class="number">10190</span></span></a>())</span>;
 
-<span class="decl-fun" id="try_finalize_prompt"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#try_finalize_prompt">try-finalize-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>try<span class="dash">-</span>finalize<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9870</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9959</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="number">9958</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> <a class="pp" href="#yielding_non_final">yielding-non-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding<span class="dash">-</span>non<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp op">$</span><span class="number">9870</span><span class="op">&gt;</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">9870</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">9870</span><span class="op">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9887</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9887</span></span></a>) <a class="pp" href="#try_finalize_prompt">try-finalize-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>try<span class="dash">-</span>finalize<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9870</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">9870</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9870</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9887</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9887</span></span></a>))) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-  <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> bool</span></a><a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> bool</span></a>() <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9870</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="#yield_capture">yield-capture<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>capture: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> yield<span class="dash">-</span>info</span></a>()</span>)
+<span class="decl-fun" id="try_finalize_prompt"><span class="kw">fun</span> <a class="pp" href="std_core_hnd.html#try_finalize_prompt">try-finalize-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>try<span class="dash">-</span>finalize<span class="dash">-</span>prompt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9870</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">9959</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="number">9958</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_yield_info"><span class="tp">yield-info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> <a class="pp" href="#yielding_non_final">yielding-non-final<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding<span class="dash">-</span>non<span class="dash">-</span>final: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> bool</span></a>() <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp op">$</span><span class="number">9870</span><span class="op">&gt;</span></span></a> <a class="pp" href="#yield_cont">yield-cont<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>cont: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span>, a) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">9870</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">9870</span><span class="op">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cont</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">yield<span class="dash">-</span>info</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9887</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9887</span></span></a>) <a class="pp" href="#try_finalize_prompt">try-finalize-prompt<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>try<span class="dash">-</span>finalize<span class="dash">-</span>prompt: <span class="tp sp">(</span><span class="tp tpp">res</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9870</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> either<span class="op">&lt;</span>yield<span class="dash">-</span>info,<span class="op">$</span><span class="number">9870</span><span class="op">&gt;</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">9870</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span></span></a>(<a class="pp">cont<span class="pc">cont: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">9887</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">9871</span> <span class="op">$</span><span class="number">9870</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">9887</span></span></a>))) <a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> bool</span></a><a class="pp" href="#yielding">yielding<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yielding: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> bool</span></a>() <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">res<span class="pc">res: <span class="tp op">$</span><span class="number">9870</span></span></a>) <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="#yield_capture">yield-capture<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>capture: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">9871</span> yield<span class="dash">-</span>info</span></a>()</span>)
 </pre>
 
 </body>
diff --git a/doc/std_core_hnd.html b/doc/std_core_hnd.html
index 6f30485ba..a754dcca2 100644
--- a/doc/std_core_hnd.html
+++ b/doc/std_core_hnd.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_hnd-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#type_space_clause0"><span class="kw">type</span>&nbsp;<span class="tp">clause0</span></a>
 </li><li class="nested"><a class="link" href="#clause_control_raw0"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control<span class="dash">-</span>raw0</a></li><li class="nested"><a class="link" href="#clause_control0"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control0</a></li><li class="nested"><a class="link" href="#clause_never0"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>never0</a></li><li class="nested"><a class="link" href="#clause_tail_noop0"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail<span class="dash">-</span>noop0</a></li><li class="nested"><a class="link" href="#clause_tail0"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail0</a></li><li class="nested"><a class="link" href="#clause_value"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>value</a></li><li><a class="link" href="#type_space_clause1"><span class="kw">type</span>&nbsp;<span class="tp">clause1</span></a>
 </li><li class="nested"><a class="link" href="#clause_control_raw1"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control<span class="dash">-</span>raw1</a></li><li class="nested"><a class="link" href="#clause_control_raw3"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control<span class="dash">-</span>raw3</a></li><li class="nested"><a class="link" href="#clause_control1"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control1</a></li><li class="nested"><a class="link" href="#clause_control3"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control3</a></li><li class="nested"><a class="link" href="#clause_control4"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>control4</a></li><li class="nested"><a class="link" href="#clause_never1"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>never1</a></li><li class="nested"><a class="link" href="#clause_never3"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>never3</a></li><li class="nested"><a class="link" href="#clause_never4"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>never4</a></li><li class="nested"><a class="link" href="#clause_tail_noop1"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail<span class="dash">-</span>noop1</a></li><li class="nested"><a class="link" href="#clause_tail_noop3"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail<span class="dash">-</span>noop3</a></li><li class="nested"><a class="link" href="#clause_tail_noop4"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail<span class="dash">-</span>noop4</a></li><li class="nested"><a class="link" href="#clause_tail1"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail1</a></li></ul><ul class="toc"><li class="nested"><a class="link" href="#clause_tail3"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail3</a></li><li class="nested"><a class="link" href="#clause_tail4"><span class="kw">fun</span>&nbsp;clause<span class="dash">-</span>tail4</a></li><li><a class="link" href="#type_space_clause2"><span class="kw">type</span>&nbsp;<span class="tp">clause2</span></a>
@@ -47,7 +47,7 @@ <h1 class="synopsis">Internal effect handler primitives.</h1>
 or <em class="em-low1">efficient compilation of effect handlers to C</em>.
 Proceedings of the ACM International Conference on Functional Programming (ICFP&#39;21),
 August 2021, Vol 5: pp. 71, doi: 10.1145/3473576.
-<a href="https://www.microsoft.com/en-us/research/publication/generalized-evidence-passing-for-effect-handlers-or-efficient-compilation-of-effect-handlers-to-c/" class="texturl monospace externalref">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;publication/&#8203;generalized-&#8203;evidence-&#8203;passing-&#8203;for-&#8203;effect-&#8203;handlers-&#8203;or-&#8203;efficient-&#8203;compilation-&#8203;of-&#8203;effect-&#8203;handlers-&#8203;to-&#8203;c/&#8203;</a>
+<a href="https://www.microsoft.com/en-us/research/publication/generalized-evidence-passing-for-effect-handlers-or-efficient-compilation-of-effect-handlers-to-c/" class="texturl monospace">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;publication/&#8203;generalized-&#8203;evidence-&#8203;passing-&#8203;for-&#8203;effect-&#8203;handlers-&#8203;or-&#8203;efficient-&#8203;compilation-&#8203;of-&#8203;effect-&#8203;handlers-&#8203;to-&#8203;c/&#8203;</a>
 </p></blockquote>
 <p class="p noindent"> describes precisely how the monadic evidence translation works on which this
  module is based. Read this first to understand how this module works.
@@ -58,7 +58,7 @@ <h1 class="synopsis">Internal effect handler primitives.</h1>
 
 <p class="p noindent">Ningning Xie, and Daan Leijen. <em class="em-low1">Effect Handlers in Haskell, Evidently</em>.
 The 13th ACM SIGPLAN International Haskell Symposium, (Haskell&#39;20),
-August 2020. <a href="https://www.microsoft.com/en-us/research/uploads/prod/2020/07/effev.pdf" class="texturl monospace externalref">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;uploads/&#8203;prod/&#8203;2020/&#8203;07/&#8203;effev.&#8203;pdf</a>
+August 2020. <a href="https://www.microsoft.com/en-us/research/uploads/prod/2020/07/effev.pdf" class="texturl monospace">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;uploads/&#8203;prod/&#8203;2020/&#8203;07/&#8203;effev.&#8203;pdf</a>
 </p></blockquote>
 <p class="p noindent"> which which explains the internal typing of handlers, evidence vectors, etc. in a simpler setting.
 </p><h3 id="sec-notes" class="h2" data-heading-depth="2" style="display:block"><span class="heading-before"><span class="heading-label">0.1</span>.&#8194;</span>Notes</h3>
@@ -145,8 +145,8 @@ <h1 class="synopsis">Internal effect handler primitives.</h1>
 <p>where <code class="koka">under1</code> uses the evidence vector (<code class="koka">hevv</code>) stored in the evidence <code class="koka">ev</code> to execute <code class="koka">op(x)</code> under.
 (this is also explained in detail in the generalized evidence paper).
 </p></div>
-<div class="decl" id="type_space_clause0"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">e</span>,<span class="tp tv">c</span>&gt;</span></div><div class="nested"><div class="decl" id="clause_control_raw0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw0">clause<span class="dash">-</span>control<span class="dash">-</span>raw0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control0">clause<span class="dash">-</span>control0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_never0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_never0">clause<span class="dash">-</span>never0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail_noop0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail_noop0">clause<span class="dash">-</span>tail<span class="dash">-</span>noop0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail0">clause<span class="dash">-</span>tail0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_value"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_value">clause<span class="dash">-</span>value</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div></div></div>
-<div class="decl" id="type_space_clause1"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">e</span>,<span class="tp tv">d</span>&gt;</span></div><div class="nested"><div class="decl" id="clause_control_raw1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw1">clause<span class="dash">-</span>control<span class="dash">-</span>raw1</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control_raw3"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw3">clause<span class="dash">-</span>control<span class="dash">-</span>raw3</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control1">clause<span class="dash">-</span>control1</a></span>( <span class="tp tpp">clause</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_clause0"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">e</span>,<span class="tp tv">c</span>&gt;</span></div><div class="nested"><div class="decl" id="clause_control_raw0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw0">clause<span class="dash">-</span>control<span class="dash">-</span>raw0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control0">clause<span class="dash">-</span>control0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_never0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_never0">clause<span class="dash">-</span>never0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail_noop0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail_noop0">clause<span class="dash">-</span>tail<span class="dash">-</span>noop0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail0"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail0">clause<span class="dash">-</span>tail0</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_value"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_value">clause<span class="dash">-</span>value</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause0"><span class="tp">clause0</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause0: <span class="tp sp">(</span><span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></div></div></div></div>
+<div class="decl" id="type_space_clause1"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">e</span>,<span class="tp tv">d</span>&gt;</span></div><div class="nested"><div class="decl" id="clause_control_raw1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw1">clause<span class="dash">-</span>control<span class="dash">-</span>raw1</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control_raw3"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw3">clause<span class="dash">-</span>control<span class="dash">-</span>raw3</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control1">clause<span class="dash">-</span>control1</a></span>( <span class="tp tpp">clause</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p>Generic control clause.
 </p></div></div><div class="decl" id="clause_control3"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control3">clause<span class="dash">-</span>control3</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control4"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control4">clause<span class="dash">-</span>control4</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">x3</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">x4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_never1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_never1">clause<span class="dash">-</span>never1</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
@@ -162,38 +162,38 @@ <h1 class="synopsis">Internal effect handler primitives.</h1>
 <p>Tail-resumptive clause: resumes exactly once at the end
 (these can be executed &#8216;in-place&#8217; without capturing a resumption).
 </p></div></div><div class="decl" id="clause_tail3"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail3">clause<span class="dash">-</span>tail3</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail4"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail4">clause<span class="dash">-</span>tail4</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause1"><span class="tp">clause1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause1: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div></div></div>
-<div class="decl" id="type_space_clause2"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">d</span>,<span class="tp tv">e</span>,<span class="tp tv">a1</span>&gt;</span></div><div class="nested"><div class="decl" id="clause_control_raw2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw2">clause<span class="dash">-</span>control<span class="dash">-</span>raw2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control2">clause<span class="dash">-</span>control2</a></span>( <span class="tp tpp">clause</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_never2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_never2">clause<span class="dash">-</span>never2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail_noop2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail_noop2">clause<span class="dash">-</span>tail<span class="dash">-</span>noop2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail2">clause<span class="dash">-</span>tail2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div></div></div>
-<div class="decl" id="type_space_ev"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_clause2"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">d</span>,<span class="tp tv">e</span>,<span class="tp tv">a1</span>&gt;</span></div><div class="nested"><div class="decl" id="clause_control_raw2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control_raw2">clause<span class="dash">-</span>control<span class="dash">-</span>raw2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_control2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_control2">clause<span class="dash">-</span>control2</a></span>( <span class="tp tpp">clause</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">x1</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">x2</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">k</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_never2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_never2">clause<span class="dash">-</span>never2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail_noop2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail_noop2">clause<span class="dash">-</span>tail<span class="dash">-</span>noop2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div><div class="decl" id="clause_tail2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#clause_tail2">clause<span class="dash">-</span>tail2</a></span>( <span class="tp tpp">op</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a1</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_clause2"><span class="tp">clause2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>clause2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, (<span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div></div></div>
+<div class="decl" id="type_space_ev"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p>Effect handler evidence of a handler <code class="koka"><span class="tp tv">h</span></code> in the context.
 </p></li></ul>
-</div><div class="nested"><div class="decl" id="ev_fs__eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#ev_fs__eq__eq_"><span class="lq">ev<span class="fslash">/</span></span>(==)</a></span>( <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</div><div class="nested"><div class="decl" id="ev_fs__eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#ev_fs__eq__eq_"><span class="lq">ev<span class="fslash">/</span></span>(==)</a></span>( <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <a class="pp" href="#type_space_ev"><span class="tp">ev</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Evidence equality compares the markers.
 </p></div></div></div></div>
-<div class="decl" id="type_space_ev_index"><div class="header code"><span class="def"><span class="kw">alias</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_ev_index"><span class="tp">ev<span class="dash">-</span>index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a></span></span><span class="tp"></span>&nbsp;<span class="kw">=</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="type_space_ev_index"><div class="header code"><span class="def"><span class="kw">alias</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_ev_index"><span class="tp">ev<span class="dash">-</span>index</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>ev<span class="dash">-</span>index: <span class="co">V</span></span></a></span></span><span class="tp"></span>&nbsp;<span class="kw">=</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Index into an evidence vector.
 </p></div></div>
-<div class="decl" id="type_space_htag"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_htag"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The tag of a handler identifies the type at runtime (e.g. <code class="koka"><span class="st">&#34;exn/core/std&#34;</span></code>).
-</p></div><div class="nested"><div class="decl" id="htag_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#htag_fs_show"><span class="lq">htag<span class="fslash">/</span></span>show</a></span>( <a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+</p></div><div class="nested"><div class="decl" id="htag_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#htag_fs_show"><span class="lq">htag<span class="fslash">/</span></span>show</a></span>( <a class="pp" href="#type_space_htag"><span class="tp">htag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>htag: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Show a handler tag.
 </p></div></div></div></div>
-<div class="decl" id="type_space_resume_context"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">e</span>,<span class="tp tv">e1</span>,<span class="tp tv">b</span>&gt;</span></div><div class="nested"><div class="decl" id="finalize"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#finalize">finalize</a></span>( <span class="tp tpp">r</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div><div class="decl" id="resume"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#resume">resume</a></span>( <span class="tp tpp">r</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div><div class="decl" id="resume_shallow"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#resume_shallow">resume<span class="dash">-</span>shallow</a></span>( <span class="tp tpp">r</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e1</span> <span class="tp tv">b</span></div></div></div></div>
-<div class="decl" id="type_space_yield_info"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd-source.html#type_space_yield_info"><span class="tp">yield<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="nested"><div class="decl" id="unsafe_reyield"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#unsafe_reyield">unsafe<span class="dash">-</span>reyield</a></span>( <span class="tp tpp">yld</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_yield_info"><span class="tp">yield<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div></div></div></div>
+<div class="decl" id="type_space_resume_context"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">e</span>,<span class="tp tv">e1</span>,<span class="tp tv">b</span>&gt;</span></div><div class="nested"><div class="decl" id="finalize"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#finalize">finalize</a></span>( <span class="tp tpp">r</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div><div class="decl" id="resume"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#resume">resume</a></span>( <span class="tp tpp">r</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div><div class="decl" id="resume_shallow"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#resume_shallow">resume<span class="dash">-</span>shallow</a></span>( <span class="tp tpp">r</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_resume_context"><span class="tp">resume<span class="dash">-</span>context</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>resume<span class="dash">-</span>context: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">E</span>, <span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">e1</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span>, <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e1</span> <span class="tp tv">b</span></div></div></div></div>
+<div class="decl" id="type_space_yield_info"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_hnd-source.html#type_space_yield_info"><span class="tp">yield<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="nested"><div class="decl" id="unsafe_reyield"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#unsafe_reyield">unsafe<span class="dash">-</span>reyield</a></span>( <span class="tp tpp">yld</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_yield_info"><span class="tp">yield<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div></div></div></div>
 <div class="decl" id="finally"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#finally">finally</a></span>( <span class="tp tpp">fin</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span>, <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div></div>
-<div class="decl" id="initially"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#initially">initially</a></span>( <span class="tp tpp">init</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span>, <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div></div>
-<div class="decl" id="local_var"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#local_var">local<span class="dash">-</span>var</a></span>( <span class="tp tpp">init</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_local_var"><span class="tp">local<span class="dash">-</span>var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></div></div>
-<div class="decl" id="unsafe_try_finalize"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#unsafe_try_finalize">unsafe<span class="dash">-</span>try<span class="dash">-</span>finalize</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_yield_info"><span class="tp">yield<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
+<div class="decl" id="initially"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#initially">initially</a></span>( <span class="tp tpp">init</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span>, <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div></div>
+<div class="decl" id="local_var"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#local_var">local<span class="dash">-</span>var</a></span>( <span class="tp tpp">init</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">l</span> <span class="tp kw op">:</span> <a class="pp" href="std_core_types.html#type_space_local_var"><span class="tp">local<span class="dash">-</span>var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span></div></div>
+<div class="decl" id="unsafe_try_finalize"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#unsafe_try_finalize">unsafe<span class="dash">-</span>try<span class="dash">-</span>finalize</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_yield_info"><span class="tp">yield<span class="dash">-</span>info</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd<span class="fslash last">/</span></span>yield<span class="dash">-</span>info: <span class="co">V</span></span></a><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
 <div class="decl" id="yield_bind"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yield_bind">yield<span class="dash">-</span>bind</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">next</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div>
 <div class="decl" id="yield_bind2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yield_bind2">yield<span class="dash">-</span>bind2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">extend</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span>, <span class="tp tpp">next</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div>
 <div class="decl" id="yield_extend"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yield_extend">yield<span class="dash">-</span>extend</a></span>( <span class="tp tpp">next</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div></div>
-<div class="decl" id="yielding"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yielding">yielding</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="yielding_non_final"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yielding_non_final">yielding<span class="dash">-</span>non<span class="dash">-</span>final</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a></span></span></div></div>
+<div class="decl" id="yielding"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yielding">yielding</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="yielding_non_final"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_hnd-source.html#yielding_non_final">yielding<span class="dash">-</span>non<span class="dash">-</span>final</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_undiv.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_int-source.html b/doc/std_core_int-source.html
index fff5b897d..8137534d3 100644
--- a/doc/std_core_int-source.html
+++ b/doc/std_core_int-source.html
@@ -32,98 +32,98 @@
 // &gt;   Daan Leijen, Technical report MSR-TR-2022-17, 2022-07-11, v1.0. Presented at the ML workshop 2022."
 // &gt;   &lt;https://www.microsoft.com/en-us/research/uploads/prod/2022/07/int.pdf&gt;
 //
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
 
 <span class="kw">extern</span> <span class="kw">import</span>
   c  file <span class="st">"inline/int.h"</span>
   js file <span class="st">"inline/int.js"</span>
 
-<span class="decl-fun" id="order"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#order">order<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>order: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a>
-  <span class="kw">elif</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
-  <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
+<span class="decl-fun" id="order"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#order">order<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>order: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a>
+  <span class="kw">elif</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
+  <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
 
 <span class="comment">// Compare two integers
-</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> inline fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>(<span class="op">^</span><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
-  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a> <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
+</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> inline fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>(<span class="op">^</span><a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a> <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
   <span class="comment">// c inline "kk&#95;int&#95;as&#95;order(kk&#95;integer&#95;cmp&#95;borrow(#1,#2,kk&#95;context()),kk&#95;context())"
 </span>  <span class="comment">// cs "Primitive.IntCompare"
 </span>  <span class="comment">// js "$std&#95;core&#95;types.&#95;int&#95;compare"
 </span>
 <span class="comment">// Order two integers in ascending order.
-</span><span class="decl-fun" id="order2"><span class="kw">pub</span> inline fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>) <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a></span>)
+</span><span class="decl-fun" id="order2"><span class="kw">pub</span> inline fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>) <span class="kw">elif</span> (<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>) <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Are two integers equal?
-</span><span class="decl-extern" id="_eq__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_eq__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;eq&#95;borrow"</span>
   cs inline <span class="st">"(#1 == #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;eq"</span></span>
 
 <span class="comment">// Are two integers not equal?
-</span><span class="decl-extern" id="_excl__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_excl__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_excl__eq_">(!=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;neq&#95;borrow"</span>
   cs inline <span class="st">"(#1 != #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;ne"</span></span>
 
 <span class="comment">// Is the first integer smaller or equal to the second?
-</span><span class="decl-extern" id="_lt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_lt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_lt__eq_">(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;lte&#95;borrow"</span>
   cs inline <span class="st">"(#1 &lt;= #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;le"</span></span>
 
 <span class="comment">// Is the first integer greater or equal to the second?
-</span><span class="decl-extern" id="_gt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_gt__eq_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_gt__eq_">(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;gte&#95;borrow"</span>
   cs inline <span class="st">"(#1 &gt;= #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;ge"</span></span>
 
 <span class="comment">// Is the first integer smaller than the second?
-</span><span class="decl-extern" id="_lt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_lt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_lt_">(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;lt&#95;borrow"</span>
   cs inline <span class="st">"(#1 &lt; #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;lt"</span></span>
 
 <span class="comment">// Is the first integer greater than the second?
-</span><span class="decl-extern" id="_gt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_gt_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_gt_">(&gt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="op">^</span>y <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;gt&#95;borrow"</span>
   cs inline <span class="st">"(#1 &gt; #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;gt"</span></span>
 
-inline fip <span class="decl-extern" id="int_add"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int_add">int-add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int<span class="dash">-</span>add: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="int_add"><span class="kw">extern</span> <a class="pp" href="std_core_int.html#int_add">int-add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int<span class="dash">-</span>add: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;add"</span>
   cs inline <span class="st">"(#1 + #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;add"</span></span>
 
 <span class="comment">// Add two integers.
-</span><span class="decl-fun" id="_plus_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_plus_">(+)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="_plus_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#_plus_">(+)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp" href="#int_add">int-add<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int<span class="dash">-</span>add: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a></span>)
 
-inline fip <span class="decl-extern" id="int_sub"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int_sub">int-sub<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int<span class="dash">-</span>sub: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="int_sub"><span class="kw">extern</span> <a class="pp" href="std_core_int.html#int_sub">int-sub<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int<span class="dash">-</span>sub: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;sub"</span>
   cs inline <span class="st">"(#1 - #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;sub"</span></span>
 
 <span class="comment">// Substract two integers.
-</span><span class="decl-fun" id="_dash_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_dash_">(-)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="_dash_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#_dash_">(-)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp" href="#int_sub">int-sub<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int<span class="dash">-</span>sub: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Multiply two integers.
-</span><span class="decl-extern" id="_star_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_star_">(&#42;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_star_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_star_">(&#42;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;mul"</span>
   cs inline <span class="st">"(#1 &#42; #2)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;mul"</span></span>
 
 <span class="comment">// Euclidean-0 division of two integers. See also &#96;divmod:(x : int, y : int) -&gt; (int,int)&#96;.
-</span><span class="decl-extern" id="_fs_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_fs_">(/)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="fslash">/</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(x<span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>,y<span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_fs_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_fs_">(/)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="fslash">/</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(x<span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>,y<span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;div"</span>
   cs <span class="st">"Primitive.IntDiv"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;div"</span></span>
 
 <span class="comment">// Euclidean modulus of two integers; always a non-negative number. See also &#96;divmod:(x : int, y : int) -&gt; (int,int)&#96;.
-</span><span class="decl-extern" id="_perc_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_perc_">(%)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(%): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_perc_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_perc_">(%)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(%): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;mod"</span>
   cs <span class="st">"Primitive.IntMod"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;mod"</span></span>
@@ -147,34 +147,34 @@
 See also &#95;Division and modulus for computer scientists, Daan Leijen, 2001&#95; for further information
 (available at: &lt;https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf&gt;).
 &#42;/</span>
-<span class="decl-fun" id="divmod"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#divmod">divmod<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>divmod: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span>
+<span class="decl-fun" id="divmod"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#divmod">divmod<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>divmod: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int</span></span></a><span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int</span></span></a><span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span>
   c  <span class="st">"kk&#95;integer&#95;div&#95;mod&#95;tuple"</span>
   cs <span class="st">"Primitive.IntDivMod"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;divmod"</span></span>
 
-<span class="decl-fun" id="negate"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#negate">negate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>negate: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+<span class="decl-fun" id="negate"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#negate">negate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>negate: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp" href="#_tilde_">~<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(~): <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a></span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>
 
 <span class="comment">// Negate an integer.
-</span><span class="decl-extern" id="_tilde_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_tilde_">(~)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(~): <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(i<span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="_tilde_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#_tilde_">(~)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(~): <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(i<span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;neg"</span>
   cs inline <span class="st">"(-#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;negate"</span></span>
 
 <span class="comment">// Is this an odd integer?
-</span><span class="decl-extern" id="is_odd"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_odd">is-odd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>odd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="is_odd"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#is_odd">is-odd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>odd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;is&#95;odd"</span>
   cs inline <span class="st">"!(#1.IsEven)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;isodd"</span></span>
 
 <span class="comment">// Is this equal to zero?
-</span><span class="decl-extern" id="is_zero"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_zero">is-zero<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>zero: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="is_zero"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#is_zero">is-zero<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>zero: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <span class="op">^</span>x <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  inline <span class="st">"kk&#95;integer&#95;is&#95;zero&#95;borrow(#1)"</span>
   cs inline <span class="st">"(#1.IsZero)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;iszero"</span></span>
 
 <span class="comment">// Return the absolute value of an integer.
-</span><span class="decl-extern" id="abs"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="abs"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;abs"</span>
   cs <span class="st">"BigInteger.Abs"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;abs"</span></span>
@@ -182,109 +182,109 @@
 
 
 <span class="comment">// Increment
-</span><span class="decl-fun" id="inc"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="inc"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> </span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
 
 <span class="comment">// Decrement
-</span><span class="decl-fun" id="dec"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="dec"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> </span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
 
 <span class="comment">// Calculate &#96;&#96;10^exp&#96;&#96;
-</span><span class="decl-fun" id="exp10"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#exp10">exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>exp10: <span class="tp sp">(</span><span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="exp10"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#exp10">exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>exp10: <span class="tp sp">(</span><span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a><span class="kw op">.</span><a class="pp" href="#mul_exp10">mul-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>mul<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Raise an integer &#96;i&#96; to the power of &#96;exp&#96;.
-</span><span class="decl-fun" id="pow"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#pow">pow<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>pow: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="pow"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#pow">pow<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>pow: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;pow"</span>
   cs <span class="st">"Primitive.IntPow"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;pow"</span></span>
 
 <span class="comment">// Raise an integer &#96;i&#96; to the power of &#96;exp&#96;.
-</span><span class="decl-fun" id="_hat_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_hat_">(^)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(^): <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="_hat_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#_hat_">(^)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(^): <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp" href="#pow">pow<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>pow: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Calculate &#96;&#96;2^exp&#96;&#96;.
-</span><span class="decl-fun" id="exp2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#exp2">exp2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>exp2: <span class="tp sp">(</span><span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="exp2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#exp2">exp2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>exp2: <span class="tp sp">(</span><span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp" href="#pow">pow<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>pow: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">2<span class="pc">literal: <span class="tp">int</span><br>dec  = 2<br>hex8 = 0x02<br>bit8 = 0b00000010</span></a>,<a class="pp">exp<span class="pc">exp: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Return the number of ending &#96;0&#96; digits of &#96;i&#96;. Return &#96;0&#96; when &#96;i==0&#96;.
-</span><span class="decl-fun" id="is_exp10"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_exp10">is-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="is_exp10"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#is_exp10">is-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;ctz"</span>
   cs <span class="st">"Primitive.IntCountPow10"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;count&#95;pow10"</span></span>
 
 <span class="comment">// Return the number of decimal digits of &#96;i&#96;. Return &#96;0&#96; when &#96;i==0&#96;.
-</span><span class="decl-fun" id="count_digits"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#count_digits">count-digits<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>count<span class="dash">-</span>digits: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="count_digits"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#count_digits">count-digits<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>count<span class="dash">-</span>digits: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;count&#95;digits"</span>
   cs <span class="st">"Primitive.IntCountDigits"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;count&#95;digits"</span></span>
 
-<span class="decl-fun" id="mul_exp10"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#mul_exp10">mul-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>mul<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+<span class="decl-fun" id="mul_exp10"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#mul_exp10">mul-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>mul<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;mul&#95;pow10"</span>
   cs <span class="st">"Primitive.IntMulPow10"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;mul&#95;pow10"</span></span>
 
-<span class="decl-fun" id="cdiv_exp10"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#cdiv_exp10">cdiv-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdiv<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+<span class="decl-fun" id="cdiv_exp10"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#cdiv_exp10">cdiv-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdiv<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;cdiv&#95;pow10"</span>
   cs <span class="st">"Primitive.IntCDivPow10"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;cdiv&#95;pow10"</span></span>
 
-<span class="decl-fun" id="cdivmod_exp10"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#cdivmod_exp10">cdivmod-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdivmod<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+<span class="decl-fun" id="cdivmod_exp10"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_int.html#cdivmod_exp10">cdivmod-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdivmod<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a> <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
   <span class="kw">val</span> <a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#cdiv_exp10">cdiv-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdiv<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
   <span class="kw">val</span> <a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#mul_exp10">mul-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>mul<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a>,<a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+  <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a>,<a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a></span><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
 
-<span class="decl-fun" id="divmod_exp10"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#divmod_exp10">divmod-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>divmod<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a>,<a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp" href="#cdivmod_exp10">cdivmod-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdivmod<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
-  <span class="kw">if</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#is_neg">is-neg<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>neg: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a>,<a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>, <a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="#exp10">exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>exp10: <span class="tp sp">(</span><span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+<span class="decl-fun" id="divmod_exp10"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_int.html#divmod_exp10">divmod-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>divmod<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <span class="kw">val</span> <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a>,<a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp" href="#cdivmod_exp10">cdivmod-exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cdivmod<span class="dash">-</span>exp10: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)
+  <span class="kw">if</span> <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#is_neg">is-neg<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>neg: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a>,<a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">cq<span class="pc">cq: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>, <a class="pp">cr<span class="pc">cr: <span class="tp">int</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="#exp10">exp10<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>exp10: <span class="tp sp">(</span><span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)</span><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Is this an even integer?
-</span><span class="decl-fun" id="is_even"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_even">is-even<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>even: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp" href="#is_odd">is-odd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>odd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a></span>)
+</span><span class="decl-fun" id="is_even"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#is_even">is-even<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>even: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><span class="tp kw op">:</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <a class="pp" href="std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp" href="#is_odd">is-odd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>odd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Is the integer positive (strictly greater than zero)
-</span><span class="decl-fun" id="is_pos"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_pos">is-pos<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>pos: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="is_pos"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#is_pos">is-pos<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>pos: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> </span><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
 
 <span class="comment">// Is the integer negative (strictly smaller than zero)
-</span><span class="decl-fun" id="is_neg"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#is_neg">is-neg<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>neg: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="is_neg"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#is_neg">is-neg<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>is<span class="dash">-</span>neg: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> </span><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
 
 <span class="comment">// Compare an integer &#96;i&#96; with zero
-</span><span class="decl-fun" id="sign"><span class="kw">pub</span> inline fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#sign">sign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>sign: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <span class="op">^</span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="sign"><span class="kw">pub</span> inline fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#sign">sign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>sign: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <span class="op">^</span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
   <a class="pp" href="#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
   <span class="comment">// c  inline "kk&#95;int&#95;as&#95;order(kk&#95;integer&#95;signum&#95;borrow(#1,kk&#95;context()),kk&#95;context())"
 </span>  <span class="comment">// cs "Primitive.IntSign"
 </span>  <span class="comment">// js "$std&#95;core&#95;types.&#95;int&#95;sign"
 </span>
 <span class="comment">// Return the minimum of two integers
-</span><span class="decl-fun" id="min"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#min">min<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>min: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="min"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#min">min<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>min: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="kw">then</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="kw">else</span> </span><a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a>
 
 <span class="comment">// Return the maximum of two integers
-</span><span class="decl-fun" id="max"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#max">max<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>max: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="max"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#max">max<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>max: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="kw">then</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="kw">else</span> </span><a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a>
 
 <span class="comment">// Transform an integer to a maybe type, using &#96;Nothing&#96; for &#96;0&#96;
-</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>maybe: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a></span>)
+</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_int.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>maybe: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a></span>)
 
 <span class="comment">// Convert an &#96;:int&#96; to a string
-</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="std_core_int.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;integer&#95;to&#95;string"</span>
   cs inline <span class="st">"#1.ToString()"</span>
   js inline <span class="st">"#1.toString()"</span></span>
 
 <span class="comment">// Convert an int to a boolean, using &#96;False&#96; for 0 and &#96;True&#96; otherwise.
-</span><span class="decl-fun" id="bool"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#bool">bool<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>bool: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="bool"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_int.html#bool">bool<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>bool: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <a class="pp" href="#_excl__eq_">!=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(!=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> </span><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
 
 <span class="comment">// Convert a &#96;:maybe&lt;int&gt;&#96; to an &#96;:int&#96; using zero for &#96;Nothing&#96;
-</span><span class="decl-fun" id="mbint"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#mbint">mbint<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>mbint: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="mbint"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_int.html#mbint">mbint<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>mbint: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>) <span class="kw op">-></span> </span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>) <span class="kw op">-></span> </span><a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>
 
 
 <span class="comment">// ----------------------------------------------------------------------------
@@ -301,10 +301,10 @@
 // An empty string, or a string starting with white space will result in &#96;Nothing&#96;
 // A string can start with a &#96;-&#96; sign for negative numbers,
 // and with &#96;0x&#96; or &#96;0X&#96; for hexadecimal numbers (in which case the &#96;hex&#96; parameter is ignored).
-</span><span class="decl-fun" id="parse_int"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#parse_int">parse-int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>parse<span class="dash">-</span>int: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">hex</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">hex<span class="pc">hex: <span class="tp sp">?</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="parse_int"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_int.html#parse_int">parse-int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>parse<span class="dash">-</span>int: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">hex</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">hex<span class="pc">hex: <span class="tp sp">?</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#xparse">xparse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>xparse: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">hex</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">hex<span class="pc">hex: <span class="tp">bool</span></span></a></span>)
 
-noinline <span class="decl-fun" id="xparse"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#xparse">xparse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>xparse: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">hex</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">hex<span class="pc">hex: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+noinline <span class="decl-fun" id="xparse"><span class="kw">extern</span> <a class="pp" href="std_core_int.html#xparse">xparse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>xparse: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">hex</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">hex<span class="pc">hex: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;integer&#95;xparse"</span>
   cs <span class="st">"Primitive.IntParse"</span>
   js <span class="st">"&#95;int&#95;parse"</span></span>
@@ -316,13 +316,13 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// clamp an &#96;:int&#96; to fit in an &#96;:int8&#96;.
-</span><span class="decl-fun" id="int8"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int8">int8<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int8: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int8</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="int8"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#int8">int8<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int8: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int8</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;clamp&#95;int8"</span>
   cs <span class="st">"Primitive.IntToInt8"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;clamp8"</span></span>
 
 <span class="comment">// Convert an &#96;:int8&#96; to an &#96;:int&#96;.
-</span><span class="decl-extern" id="int8_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int8_fs_int">int8/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">int8<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int8</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="int8_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#int8_fs_int">int8/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">int8<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int8</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;from&#95;int8"</span>
   cs inline <span class="st">"(new BigInteger(#1))"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;from&#95;int32"</span></span>
@@ -330,26 +330,26 @@
 
 <span class="comment">// clamp an &#96;:int&#96; to fit in an &#96;:int8&#96; but interpret the &#96;:int&#96; as an unsigned 8-bit value,
 // and clamp between 0 and 255.
-</span><span class="decl-fun" id="uint8"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#uint8">uint8<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>uint8: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int8</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="uint8"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#uint8">uint8<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>uint8: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int8</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;clamp&#95;byte"</span>
   cs <span class="st">"Primitive.IntToUInt8"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;clamp&#95;byte"</span></span>
 
 <span class="comment">// Convert an &#96;:int8&#96; to an &#96;:int&#96; but interpret the &#96;:int8&#96; as an unsigned 8-bit value between 0 and 255.
-</span><span class="decl-extern" id="int8_fs_uint"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int8_fs_uint">int8/uint<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">int8<span class="fslash">/</span></span>uint: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int8</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="int8_fs_uint"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#int8_fs_uint">int8/uint<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">int8<span class="fslash">/</span></span>uint: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int8</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;from&#95;uint8"</span>
   cs inline <span class="st">"(new BigInteger(#1 &gt;= 0 ? #1 : 256 + #1))"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;from&#95;int32"</span></span>
 
 
 <span class="comment">// clamp an &#96;:int&#96; to fit in an &#96;:int16&#96;.
-</span><span class="decl-fun" id="int16"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int16">int16<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int16: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int16</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="int16"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#int16">int16<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>int16: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int16</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;clamp&#95;int16"</span>
   cs <span class="st">"Primitive.IntToInt16"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;clamp16"</span></span>
 
 <span class="comment">// Convert an &#96;:int16&#96; to an &#96;:int&#96;.
-</span><span class="decl-extern" id="int16_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#int16_fs_int">int16/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">int16<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int16</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="int16_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#int16_fs_int">int16/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">int16<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int16</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;from&#95;int16"</span>
   cs inline <span class="st">"(new BigInteger(#1))"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;from&#95;int32"</span></span>
@@ -357,13 +357,13 @@
 
 
 <span class="comment">// clamp an &#96;:int&#96; to fit in an &#96;:intptr&#95;t&#96;.
-</span><span class="decl-fun" id="intptr__t"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#intptr__t">intptr&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>intptr&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">intptr&#95;t</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="intptr__t"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#intptr__t">intptr&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>intptr&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">intptr&#95;t</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;clamp&#95;intptr&#95;t"</span>
   cs <span class="st">"Primitive.IntToInt64"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;clamp64"</span></span>
 
 <span class="comment">// Convert an &#96;:intptr&#95;t&#96; to an &#96;:int&#96;.
-</span><span class="decl-extern" id="intptr__t_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#intptr__t_fs_int">intptr&#95;t/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">intptr&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">intptr&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="intptr__t_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#intptr__t_fs_int">intptr&#95;t/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">intptr&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">intptr&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;from&#95;intptr&#95;t"</span>
   cs inline <span class="st">"(new BigInteger(#1))"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;from&#95;int64"</span></span>
@@ -371,13 +371,13 @@
 <span class="comment">// Convert an integer to an &#96;:ssize&#95;t&#96;. The number is &#95;clamped&#95; to the maximal or minimum &#96;:ssize&#95;t&#96;
 // value if it is outside the range of an &#96;:ssize&#95;t&#96;.
 // Needed for evidence indices in &#96;module std/core/hnd&#96;
-</span><span class="decl-fun" id="ssize__t"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="ssize__t"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;clamp&#95;ssize&#95;t"</span>
   cs <span class="st">"Primitive.IntToInt32"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;clamp32"</span></span>
 
 <span class="comment">// Convert an &#96;:ssize&#95;t&#96; to an &#96;:int&#96;.
-</span><span class="decl-extern" id="ssize__t_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#ssize__t_fs_int">ssize&#95;t/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="ssize__t_fs_int"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_int.html#ssize__t_fs_int">ssize&#95;t/int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;integer&#95;from&#95;ssize&#95;t"</span>
   cs inline <span class="st">"(new BigInteger(#1))"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int&#95;from&#95;int32"</span></span></pre>
diff --git a/doc/std_core_int.html b/doc/std_core_int.html
index 844b3ffcb..cebbcb1e4 100644
--- a/doc/std_core_int.html
+++ b/doc/std_core_int.html
@@ -15,10 +15,10 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_int-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#int16_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">int16<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#int8_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">int8<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#int8_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">int8<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#intptr__t_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">intptr&#95;t<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#ssize__t_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">ssize&#95;t<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#bool"><span class="kw">fun</span>&nbsp;bool</a></li></ul><ul class="toc"><li><a class="link" href="#cdiv_exp10"><span class="kw">fun</span>&nbsp;cdiv<span class="dash">-</span>exp10</a></li><li><a class="link" href="#cdivmod_exp10"><span class="kw">fun</span>&nbsp;cdivmod<span class="dash">-</span>exp10</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#count_digits"><span class="kw">fun</span>&nbsp;count<span class="dash">-</span>digits</a></li><li><a class="link" href="#dec"><span class="kw">fun</span>&nbsp;dec</a></li><li><a class="link" href="#divmod"><span class="kw">fun</span>&nbsp;divmod</a></li><li><a class="link" href="#divmod_exp10"><span class="kw">fun</span>&nbsp;divmod<span class="dash">-</span>exp10</a></li><li><a class="link" href="#exp10"><span class="kw">fun</span>&nbsp;exp10</a></li><li><a class="link" href="#exp2"><span class="kw">fun</span>&nbsp;exp2</a></li><li><a class="link" href="#inc"><span class="kw">fun</span>&nbsp;inc</a></li><li><a class="link" href="#int16"><span class="kw">fun</span>&nbsp;int16</a></li><li><a class="link" href="#int8"><span class="kw">fun</span>&nbsp;int8</a></li><li><a class="link" href="#intptr__t"><span class="kw">fun</span>&nbsp;intptr&#95;t</a></li><li><a class="link" href="#is_even"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>even</a></li><li><a class="link" href="#is_exp10"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>exp10</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_odd"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>odd</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li></ul><ul class="toc"><li><a class="link" href="#maybe"><span class="kw">fun</span>&nbsp;maybe</a></li><li><a class="link" href="#mbint"><span class="kw">fun</span>&nbsp;mbint</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#mul_exp10"><span class="kw">fun</span>&nbsp;mul<span class="dash">-</span>exp10</a></li><li><a class="link" href="#negate"><span class="kw">fun</span>&nbsp;negate</a></li><li><a class="link" href="#order"><span class="kw">fun</span>&nbsp;order</a></li><li><a class="link" href="#order2"><span class="kw">fun</span>&nbsp;order2</a></li><li><a class="link" href="#parse_int"><span class="kw">fun</span>&nbsp;parse<span class="dash">-</span>int</a></li><li><a class="link" href="#pow"><span class="kw">fun</span>&nbsp;pow</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#ssize__t"><span class="kw">fun</span>&nbsp;ssize&#95;t</a></li><li><a class="link" href="#uint8"><span class="kw">fun</span>&nbsp;uint8</a></li></ul></div>
 <div class="doc koka comment">
-<h1 class="synopsis">Standard integer <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> functions.</h1>
+<h1 class="synopsis">Standard integer <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> functions.</h1>
 
 
 
@@ -30,103 +30,103 @@ <h1 class="synopsis">Standard integer <code class="koka"><a class="pp" href="htt
 <p class="p noindent">  &#8220;What About the Integer Numbers?
   &#8221;Fast Arithmetic with Tagged Integers &#8211; A Plea for Hardware Support&#8220;
   Daan Leijen, Technical report MSR-TR-2022-17, 2022-07-11, v1.0. Presented at the ML workshop 2022.&#8221;
-  <a href="https://www.microsoft.com/en-us/research/uploads/prod/2022/07/int.pdf" class="texturl monospace externalref">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;uploads/&#8203;prod/&#8203;2022/&#8203;07/&#8203;int.&#8203;pdf</a>.
+  <a href="https://www.microsoft.com/en-us/research/uploads/prod/2022/07/int.pdf" class="texturl monospace">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;uploads/&#8203;prod/&#8203;2022/&#8203;07/&#8203;int.&#8203;pdf</a>.
 </p></div>
-<div class="decl" id="int16_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int16_fs_int"><span class="lq">int16<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int16_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int16_fs_int"><span class="lq">int16<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
 </p></blockquote></div></div>
-<div class="decl" id="int8_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int8_fs_int"><span class="lq">int8<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int8_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int8_fs_int"><span class="lq">int8<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="int8_fs_uint"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int8_fs_uint"><span class="lq">int8<span class="fslash">/</span></span>uint</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int8_fs_uint"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int8_fs_uint"><span class="lq">int8<span class="fslash">/</span></span>uint</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> but interpret the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> as an unsigned 8-bit value between 0 and 255.
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> but interpret the <code class="koka"><a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> as an unsigned 8-bit value between 0 and 255.
 </p></div></div>
-<div class="decl" id="intptr__t_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#intptr__t_fs_int"><span class="lq">intptr&#95;t<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="intptr__t_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#intptr__t_fs_int"><span class="lq">intptr&#95;t<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="ssize__t_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#ssize__t_fs_int"><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="ssize__t_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#ssize__t_fs_int"><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code> to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="_excl__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_excl__eq_">(!=)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_excl__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_excl__eq_">(!=)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Are two integers not equal?
 </p></div></div>
-<div class="decl" id="_perc_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_perc_">(%)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_perc_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_perc_">(%)</a></span>( <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Euclidean modulus of two integers; always a non-negative number. See also <code class="koka"><a class="pp" href="#divmod">divmod<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>divmod: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="_star_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_star_">(&#42;)</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_star_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_star_">(&#42;)</a></span>( <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Multiply two integers.
 </p></div></div>
-<div class="decl" id="_plus_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_plus_">(+)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_plus_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_plus_">(+)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Add two integers.
 </p></div></div>
-<div class="decl" id="_dash_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_dash_">(<span class="dash">-</span>)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_dash_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_dash_">(<span class="dash">-</span>)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Substract two integers.
 </p></div></div>
-<div class="decl" id="_fs_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_fs_">(<span class="fslash">/</span>)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_fs_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_fs_">(<span class="fslash">/</span>)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Euclidean-0 division of two integers. See also <code class="koka"><a class="pp" href="#divmod">divmod<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>divmod: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_lt_">(&lt;)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_lt_">(&lt;)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the first integer smaller than the second?
 </p></div></div>
-<div class="decl" id="_lt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_lt__eq_">(&lt;=)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_lt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_lt__eq_">(&lt;=)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the first integer smaller or equal to the second?
 </p></div></div>
-<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_eq__eq_">(==)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_eq__eq_">(==)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Are two integers equal?
 </p></div></div>
-<div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_gt_">(&gt;)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_gt_">(&gt;)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the first integer greater than the second?
 </p></div></div>
-<div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_gt__eq_">(&gt;=)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_gt__eq_">(&gt;=)</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the first integer greater or equal to the second?
 </p></div></div>
-<div class="decl" id="_hat_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_hat_">(^)</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_hat_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_hat_">(^)</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Raise an integer <code class="koka">i</code> to the power of <code class="koka">exp</code>.
 </p></div></div>
-<div class="decl" id="_tilde_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_tilde_">(~)</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_tilde_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#_tilde_">(~)</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Negate an integer.
 </p></div></div>
-<div class="decl" id="abs"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#abs">abs</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="abs"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#abs">abs</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the absolute value of an integer.
 </p></div></div>
-<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#bool">bool</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#bool">bool</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an int to a boolean, using <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></code> for 0 and <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code> otherwise.
+<p class="p noindent">Convert an int to a boolean, using <code class="koka"><a class="pp" href="std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></code> for 0 and <code class="koka"><a class="pp" href="std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code> otherwise.
 </p></div></div>
-<div class="decl" id="cdiv_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#cdiv_exp10">cdiv<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="cdivmod_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#cdivmod_exp10">cdivmod<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span></div></div>
-<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#cmp">cmp</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="cdiv_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#cdiv_exp10">cdiv<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="cdivmod_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#cdivmod_exp10">cdivmod<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span></div></div>
+<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#cmp">cmp</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Compare two integers.
 </p></div></div>
-<div class="decl" id="count_digits"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#count_digits">count<span class="dash">-</span>digits</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="count_digits"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#count_digits">count<span class="dash">-</span>digits</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the number of decimal digits of <code class="koka">i</code>. Return <code class="koka"><span class="number">0</span></code> when <code class="koka">i<a class="pp" href="#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a><span class="number">0</span></code>.
 </p></div></div>
-<div class="decl" id="dec"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#dec">dec</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="dec"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#dec">dec</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Decrement.
 </p></div></div>
-<div class="decl" id="divmod"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#divmod">divmod</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
+<div class="decl" id="divmod"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#divmod">divmod</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
 
 <p class="p noindent"> Euclidean-0 division &amp; modulus.
 Euclidean division is defined as: For any <code class="koka"><span class="co">D</span></code>  and <code class="koka">d</code>  where <code class="code code2">d!=0</code> , we have:
@@ -153,112 +153,112 @@ <h1 class="synopsis">Standard integer <code class="koka"><a class="pp" href="htt
 </li></ul>
 
 <p class="p noindent">See also <em class="em-low1">Division and modulus for computer scientists, Daan Leijen, 2001</em> for further information
-(available at: <a href="https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf" class="texturl monospace externalref">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;wp-&#8203;content/&#8203;uploads/&#8203;2016/&#8203;02/&#8203;divmodnote-&#8203;letter.&#8203;pdf</a>).
+(available at: <a href="https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf" class="texturl monospace">https://&#8203;www.&#8203;microsoft.&#8203;com/&#8203;en-&#8203;us/&#8203;research/&#8203;wp-&#8203;content/&#8203;uploads/&#8203;2016/&#8203;02/&#8203;divmodnote-&#8203;letter.&#8203;pdf</a>).
 </p></div></div>
-<div class="decl" id="divmod_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#divmod_exp10">divmod<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span></div></div>
-<div class="decl" id="exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#exp10">exp10</a></span>( <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="divmod_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#divmod_exp10">divmod<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span></div></div>
+<div class="decl" id="exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#exp10">exp10</a></span>( <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Calculate <code class="code code2">10^exp</code>.
 </p></div></div>
-<div class="decl" id="exp2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#exp2">exp2</a></span>( <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="exp2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#exp2">exp2</a></span>( <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Calculate <code class="code code2">2^exp</code>.
 </p></div></div>
-<div class="decl" id="inc"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#inc">inc</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="inc"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#inc">inc</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Increment.
 </p></div></div>
-<div class="decl" id="int16"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int16">int16</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int16"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int16">int16</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="int8"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int8">int8</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="int8"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#int8">int8</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="intptr__t"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#intptr__t">intptr&#95;t</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="intptr__t"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#intptr__t">intptr&#95;t</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></code>.
+<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="is_even"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_even">is<span class="dash">-</span>even</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_even"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_even">is<span class="dash">-</span>even</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is this an even integer?
 </p></div></div>
-<div class="decl" id="is_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_exp10">is<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_exp10">is<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the number of ending <code class="koka"><span class="number">0</span></code> digits of <code class="koka">i</code>. Return <code class="koka"><span class="number">0</span></code> when <code class="koka">i<a class="pp" href="#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a><span class="number">0</span></code>.
 </p></div></div>
-<div class="decl" id="is_neg"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_neg">is<span class="dash">-</span>neg</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_neg"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_neg">is<span class="dash">-</span>neg</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the integer negative (strictly smaller than zero).
 </p></div></div>
-<div class="decl" id="is_odd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_odd">is<span class="dash">-</span>odd</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_odd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_odd">is<span class="dash">-</span>odd</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is this an odd integer?
 </p></div></div>
-<div class="decl" id="is_pos"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_pos">is<span class="dash">-</span>pos</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_pos"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_pos">is<span class="dash">-</span>pos</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is the integer positive (strictly greater than zero).
 </p></div></div>
-<div class="decl" id="is_zero"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_zero">is<span class="dash">-</span>zero</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="is_zero"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#is_zero">is<span class="dash">-</span>zero</a></span>( <span class="tp op">^</span><span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Is this equal to zero?
 </p></div></div>
-<div class="decl" id="max"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#max">max</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="max"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#max">max</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the maximum of two integers.
 </p></div></div>
-<div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#maybe">maybe</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#maybe">maybe</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Transform an integer to a maybe type, using <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> for <code class="koka"><span class="number">0</span></code>.
+<p class="p noindent">Transform an integer to a maybe type, using <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> for <code class="koka"><span class="number">0</span></code>.
 </p></div></div>
-<div class="decl" id="mbint"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#mbint">mbint</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="mbint"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#mbint">mbint</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a <code class="koka"><a class="doc link" href="#type_space_maybe"><span class="tp">maybe</span></a><a class="doc link" href="#type_space__lt_"><span class="tp op">&#60;</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="doc link" href="#type_space__gt_"><span class="tp op">&#62;</span></a></code> to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> using zero for <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
+<p class="p noindent">Convert a <code class="koka"><a class="doc link" href="#type_space_maybe"><span class="tp">maybe</span></a><a class="doc link" href="#type_space__lt_"><span class="tp op">&#60;</span></a><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><a class="doc link" href="#type_space__gt_"><span class="tp op">&#62;</span></a></code> to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> using zero for <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="min"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#min">min</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="min"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#min">min</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the minimum of two integers.
 </p></div></div>
-<div class="decl" id="mul_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#mul_exp10">mul<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="negate"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#negate">negate</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="order"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#order">order</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="mul_exp10"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#mul_exp10">mul<span class="dash">-</span>exp10</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="negate"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#negate">negate</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="order"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#order">order</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div></div>
+<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Order two integers in ascending order.
 </p></div></div>
-<div class="decl" id="parse_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#parse_int">parse<span class="dash">-</span>int</a></span>( <span class="tp tpp">s</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">hex</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="parse_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#parse_int">parse<span class="dash">-</span>int</a></span>( <span class="tp tpp">s</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">hex</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Parse an integer.
-If an illegal digit character is encountered <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> is returned.
-An empty string, or a string starting with white space will result in <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>
+If an illegal digit character is encountered <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> is returned.
+An empty string, or a string starting with white space will result in <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>
 A string can start with a <code class="koka"><a class="pp" href="#_dash_">(<span class="dash">-</span>)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int</span></span></a></code> sign for negative numbers,
 and with <code class="koka"><span class="number">0</span>x</code> or <code class="koka"><span class="number">0</span><span class="co">X</span></code> for hexadecimal numbers (in which case the <code class="koka">hex</code> parameter is ignored).
 </p></div></div>
-<div class="decl" id="pow"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#pow">pow</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="pow"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#pow">pow</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">exp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Raise an integer <code class="koka">i</code> to the power of <code class="koka">exp</code>.
 </p></div></div>
-<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#show">show</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#show">show</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to a string.
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to a string.
 </p></div></div>
-<div class="decl" id="sign"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#sign">sign</a></span>( <span class="tp op">^</span><span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="sign"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#sign">sign</a></span>( <span class="tp op">^</span><span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Compare an integer <code class="koka">i</code> with zero.
 </p></div></div>
-<div class="decl" id="ssize__t"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#ssize__t">ssize&#95;t</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="ssize__t"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#ssize__t">ssize&#95;t</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert an integer to an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code>. The number is <em class="em-low1">clamped</em> to the maximal or minimum <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code>
-value if it is outside the range of an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code>.
-Needed for evidence indices in <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></a></code>.
+<p class="p noindent">Convert an integer to an <code class="koka"><a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code>. The number is <em class="em-low1">clamped</em> to the maximal or minimum <code class="koka"><a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code>
+value if it is outside the range of an <code class="koka"><a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></code>.
+Needed for evidence indices in <code class="koka"><a class="doc link" href="std_core_hnd.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></a></code>.
 </p></div></div>
-<div class="decl" id="uint8"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#uint8">uint8</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="uint8"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_int-source.html#uint8">uint8</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> but interpret the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> as an unsigned 8-bit value,
+<p class="p noindent">Clamp an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></code> but interpret the <code class="koka"><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> as an unsigned 8-bit value,
 and clamp between 0 and 255.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_list-source.html b/doc/std_core_list-source.html
index 8da34ade4..87833aef3 100644
--- a/doc/std_core_list-source.html
+++ b/doc/std_core_list-source.html
@@ -32,29 +32,30 @@
 <span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_null_"><span class="mo">std/core/char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></span></a>
 <span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string.html#_null_"><span class="mo">std/core/string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string</span></span></a>
 <span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
+<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#_null_"><span class="mo">std/core/vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></span></a>
 
 
 <span class="comment">// Return the head of list if the list is not empty.
-</span><span class="decl-fun" id="head"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#head">head<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>head: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">751</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">772</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">751</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">751</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">751</span></span></a>)
+</span><span class="decl-fun" id="head"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#head">head<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>head: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">562</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">583</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">562</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">562</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">562</span></span></a>)
     &#95;       <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Return the head of list with a default value in case the list is empty.
-</span><span class="decl-fun" id="default_fs_head"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#default_fs_head">default/head<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">default<span class="fslash">/</span></span>head: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1225</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">1225</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">1238</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1225</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1225</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1225</span></span></a>
-    &#95;       <span class="kw op">-></span> <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">1225</span></span></a></span>
+</span><span class="decl-fun" id="default_fs_head"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#default_fs_head">default/head<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">default<span class="fslash">/</span></span>head: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">588</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">588</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">601</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">588</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">588</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">588</span></span></a>
+    &#95;       <span class="kw op">-></span> <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">588</span></span></a></span>
 
 <span class="comment">// Return the tail of list. Returns the empty list if &#96;xs&#96; is empty.
-</span><span class="decl-fun" id="tail"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#tail">tail<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>tail: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1122</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1137</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1122</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1122</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1122</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="tail"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#tail">tail<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>tail: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">621</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">606</span><span class="op">&gt;</span></span></a>
     &#95;          <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
 
 <span class="comment">// Is the list empty?
-</span><span class="decl-fun" id="is_empty"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#is_empty">is-empty<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>is<span class="dash">-</span>empty: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="is_empty"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#is_empty">is-empty<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>is<span class="dash">-</span>empty: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">626</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">626</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
     &#95;   <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
 
@@ -64,16 +65,16 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// Returns a singleton list.
-</span><span class="decl-fun" id="single"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#single">single<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>single: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;1104</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">3221</span><span class="op">&gt;</span></span></a>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;1104</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+</span><span class="decl-fun" id="single"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#single">single<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>single: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;643</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2278</span><span class="op">&gt;</span></span></a>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;643</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
 
 <span class="comment">// Returns the length of a list.
-</span><span class="decl-fun" id="length"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>length: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;890</span><span class="tp sp">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
-  <span class="decl-fun" id="len"><span class="kw">fun</span> <a class="pp">len<span class="pc">len: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;870</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;870</span><span class="tp sp">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;870</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;870</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp">len<span class="pc">len: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;870</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
+</span><span class="decl-fun" id="length"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>length: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;693</span><span class="tp sp">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
+  <span class="decl-fun" id="len"><span class="kw">fun</span> <a class="pp">len<span class="pc">len: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;673</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;673</span><span class="tp sp">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;673</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;673</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp">len<span class="pc">len: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;673</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">int</span></span></a></span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;890</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp">len<span class="pc">len: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;890</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;693</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp">len<span class="pc">len: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;693</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
 
 <span class="comment">// Returns an integer list of increasing elements from &#96;lo&#96;  to &#96;hi&#96;
 // (including both &#96;lo&#96;  and &#96;hi&#96; ).
@@ -93,16 +94,16 @@
 <span class="comment">// Applies a function &#96;f&#96; to list of increasing elements from &#96;lo&#96;  to &#96;hi&#96;
 // (including both &#96;lo&#96;  and &#96;hi&#96; ).
 // If &#96;lo &gt; hi&#96;  the function returns the empty list.
-</span><span class="decl-fun" id="function_fs_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#function_fs_list">function/list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">function<span class="fslash">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> <span class="op">$</span><span class="number">2762</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2812</span> list<span class="op">&lt;</span><span class="number">2811</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> bool</span></a> <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>
-    <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> <span class="op">$</span><span class="number">2762</span></span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a>), <a class="pp" href="#function_fs_list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">function<span class="fslash">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> <span class="op">$</span><span class="number">2762</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2763</span> list<span class="op">&lt;$</span><span class="number">2762</span><span class="op">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> int</span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> int</span></a>), <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2763</span> <span class="op">$</span><span class="number">2762</span></span></a> ))
+</span><span class="decl-fun" id="function_fs_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#function_fs_list">function/list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">function<span class="fslash">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> <span class="op">$</span><span class="number">1704</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1755</span> list<span class="op">&lt;</span><span class="number">1754</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> bool</span></a> <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>
+    <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> <span class="op">$</span><span class="number">1704</span></span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a>), <a class="pp" href="#function_fs_list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">function<span class="fslash">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> <span class="op">$</span><span class="number">1704</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1705</span> list<span class="op">&lt;$</span><span class="number">1704</span><span class="op">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> int</span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> int</span></a>), <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1705</span> <span class="op">$</span><span class="number">1704</span></span></a> ))
     <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Returns an integer list of increasing elements from &#96;lo&#96;  to &#96;hi&#96; with stride &#96;stride&#96;.
 // If &#96;lo &gt; hi&#96;  the function returns the empty list.
-</span><span class="decl-fun" id="stridefunction_fs_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#stridefunction_fs_list">stridefunction/list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">stridefunction<span class="fslash">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">stride</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">stride<span class="pc">stride: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> <span class="op">$</span><span class="number">2874</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2926</span> list<span class="op">&lt;</span><span class="number">2925</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> bool</span></a> <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>
-    <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> <span class="op">$</span><span class="number">2874</span></span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a>), <a class="pp" href="#stridefunction_fs_list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">stridefunction<span class="fslash">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">stride</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> <span class="op">$</span><span class="number">2874</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2875</span> list<span class="op">&lt;$</span><span class="number">2874</span><span class="op">&gt;</span></span></a>(  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> int</span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> int</span></a> <a class="pp">stride<span class="pc">stride: <span class="tp">int</span></span></a>), <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>, <a class="pp">stride<span class="pc">stride: <span class="tp">int</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2875</span> <span class="op">$</span><span class="number">2874</span></span></a> ))
+</span><span class="decl-fun" id="stridefunction_fs_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#stridefunction_fs_list">stridefunction/list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">stridefunction<span class="fslash">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">stride</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">stride<span class="pc">stride: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> <span class="op">$</span><span class="number">1821</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1874</span> list<span class="op">&lt;</span><span class="number">1873</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> <a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> bool</span></a> <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>
+    <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> <span class="op">$</span><span class="number">1821</span></span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a>), <a class="pp" href="#stridefunction_fs_list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">stridefunction<span class="fslash">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">stride</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> <span class="op">$</span><span class="number">1821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1822</span> list<span class="op">&lt;$</span><span class="number">1821</span><span class="op">&gt;</span></span></a>(  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> int</span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> int</span></a> <a class="pp">stride<span class="pc">stride: <span class="tp">int</span></span></a>), <a class="pp">hi<span class="pc">hi: <span class="tp">int</span></span></a>, <a class="pp">stride<span class="pc">stride: <span class="tp">int</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1822</span> <span class="op">$</span><span class="number">1821</span></span></a> ))
     <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Create a list of characters from &#96;lo&#96;  to &#96;hi&#96;  (including &#96;hi&#96;).
@@ -110,335 +111,337 @@
   <a class="pp" href="#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">lo<span class="pc">lo: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char-source.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>, <a class="pp">hi<span class="pc">hi: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char-source.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)<span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char-source.html#int_fs_char">char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>char: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">char</span></span></a> </span>)
 
 <span class="comment">// Element-wise list equality
-</span><span class="decl-fun" id="_eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">(@implicit/==)<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1294</span>, <span class="op">$</span><span class="number">1294</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1294</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="_eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">(@implicit/==)<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">702</span>, <span class="op">$</span><span class="number">702</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">702</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>
                     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>
-                    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1294</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> (<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1294</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1294</span>, <span class="op">$</span><span class="number">1294</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1294</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span>, <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1294</span>, <span class="op">$</span><span class="number">1294</span>) <span class="kw op">-></span> bool) <span class="kw op">-></span> bool<br>?(==)=?(==)</span></a><a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1294</span><span class="op">&gt;</span></span></a>
+                    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">702</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> (<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">702</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">702</span>, <span class="op">$</span><span class="number">702</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">702</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span>, <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">702</span>, <span class="op">$</span><span class="number">702</span>) <span class="kw op">-></span> bool) <span class="kw op">-></span> bool<br>?(==)=?(==)</span></a><a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>
              <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
              <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Order on lists
-</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1507</span>, <span class="op">$</span><span class="number">1507</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1507</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">775</span>, <span class="op">$</span><span class="number">775</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">775</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>
                     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
-                    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1507</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1507</span>, <span class="op">$</span><span class="number">1507</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1507</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1507</span></span></a>)
-                                    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span>, @implicit<span class="fslash">/</span>cmp <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1507</span>, <span class="op">$</span><span class="number">1507</span>) <span class="kw op">-></span> order) <span class="kw op">-></span> order<br>?cmp=?cmp</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>)
+                    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">775</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">775</span>, <span class="op">$</span><span class="number">775</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">775</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">775</span></span></a>)
+                                    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span>, @implicit<span class="fslash">/</span>cmp <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">775</span>, <span class="op">$</span><span class="number">775</span>) <span class="kw op">-></span> order) <span class="kw op">-></span> order<br>?cmp=?cmp</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>)
                                     <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1507</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">775</span><span class="op">&gt;</span></span></a>
              <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a>
              <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
 
 
 <span class="comment">// Show a list
-</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3582</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3582</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3583</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3644</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">"["<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3583</span> string</span></a> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3582</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3582</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3582</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3583</span> string) <span class="kw op">-></span> <span class="op">$</span><span class="number">3583</span> list<span class="op">&lt;</span>string<span class="op">&gt;</span></span></a>(<a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3582</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3583</span> string</span></a>)<span class="kw op">.</span><a class="pp" href="#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3583</span> string</span></a>(<a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3583</span> string</span></a> <a class="pp">"]"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
+</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3056</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3056</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3057</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3124</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp">"["<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3057</span> string</span></a> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3056</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3056</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3056</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3057</span> string) <span class="kw op">-></span> <span class="op">$</span><span class="number">3057</span> list<span class="op">&lt;</span>string<span class="op">&gt;</span></span></a>(<a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3056</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3057</span> string</span></a>)<span class="kw op">.</span><a class="pp" href="#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3057</span> string</span></a>(<a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3057</span> string</span></a> <a class="pp">"]"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
 
 
 <span class="comment">// &#95;deprecated&#95;, use &#96;list/show&#96; instead.
-</span><span class="decl-fun" id="show_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#show_list">show-list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>show<span class="dash">-</span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">show<span class="dash">-</span>elem</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3661</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">show-elem<span class="pc">show<span class="dash">-</span>elem: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3661</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3662</span> string</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3679</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp" href="#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3661</span><span class="op">&gt;</span>, @implicit<span class="fslash">/</span>show <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3661</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3662</span> string) <span class="kw op">-></span> <span class="op">$</span><span class="number">3662</span> string</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3661</span><span class="op">&gt;</span></span></a>,@implicit<span class="fslash">/</span>show<span class="kw">=</span><a class="pp">show-elem<span class="pc">show<span class="dash">-</span>elem: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3661</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3662</span> string</span></a></span>)
+</span><span class="decl-fun" id="show_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#show_list">show-list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>show<span class="dash">-</span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">show<span class="dash">-</span>elem</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3141</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">show-elem<span class="pc">show<span class="dash">-</span>elem: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3142</span> string</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3159</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp" href="#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3141</span><span class="op">&gt;</span>, @implicit<span class="fslash">/</span>show <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3142</span> string) <span class="kw op">-></span> <span class="op">$</span><span class="number">3142</span> string</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3141</span><span class="op">&gt;</span></span></a>,@implicit<span class="fslash">/</span>show<span class="kw">=</span><a class="pp">show-elem<span class="pc">show<span class="dash">-</span>elem: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3141</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3142</span> string</span></a></span>)
 
 
 
 <span class="comment">// Zip two lists together by pairing the corresponding elements.
 // The returned list is only as long as the smallest input list.
-</span><span class="decl-fun" id="zip"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4650</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4651</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">4706</span>, <span class="number">4707</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4650</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4650</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4650</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4651</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4651</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4651</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4650</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4651</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>,<a class="pp" href="#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4650</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4651</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>(<span class="op">$</span><span class="number">4650</span>, <span class="op">$</span><span class="number">4651</span>)<span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4650</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4651</span><span class="op">&gt;</span></span></a>))
+</span><span class="decl-fun" id="zip"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3166</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3167</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">3222</span>, <span class="number">3223</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3166</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3166</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3166</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3167</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3167</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3167</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3166</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3167</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>,<a class="pp" href="#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3166</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3167</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>(<span class="op">$</span><span class="number">3166</span>, <span class="op">$</span><span class="number">3167</span>)<span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3166</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3167</span><span class="op">&gt;</span></span></a>))
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Zip two lists together by apply a function &#96;f&#96; to all corresponding elements.
 // The returned list is only as long as the smallest input list.
-</span><span class="decl-fun" id="zipwith"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zipwith">zipwith<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zipwith: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4715</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4716</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4715</span>, <span class="op">$</span><span class="number">4716</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4718</span> <span class="op">$</span><span class="number">4717</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4775</span> list<span class="op">&lt;</span><span class="number">4774</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4715</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4715</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4715</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4716</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4716</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4716</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4715</span>, <span class="op">$</span><span class="number">4716</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4718</span> <span class="op">$</span><span class="number">4717</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4715</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4716</span></span></a>),<a class="pp" href="#zipwith">zipwith<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zipwith: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4715</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4716</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4715</span>, <span class="op">$</span><span class="number">4716</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4718</span> <span class="op">$</span><span class="number">4717</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4718</span> list<span class="op">&lt;$</span><span class="number">4717</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4715</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4716</span><span class="op">&gt;</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4715</span>, <span class="op">$</span><span class="number">4716</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4718</span> <span class="op">$</span><span class="number">4717</span></span></a>))
+</span><span class="decl-fun" id="zipwith"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zipwith">zipwith<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zipwith: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3231</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3232</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3231</span>, <span class="op">$</span><span class="number">3232</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3234</span> <span class="op">$</span><span class="number">3233</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3291</span> list<span class="op">&lt;</span><span class="number">3290</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3231</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3231</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3231</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3232</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3232</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3232</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3231</span>, <span class="op">$</span><span class="number">3232</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3234</span> <span class="op">$</span><span class="number">3233</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3231</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3232</span></span></a>),<a class="pp" href="#zipwith">zipwith<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zipwith: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3231</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3232</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3231</span>, <span class="op">$</span><span class="number">3232</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3234</span> <span class="op">$</span><span class="number">3233</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3234</span> list<span class="op">&lt;$</span><span class="number">3233</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3231</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3232</span><span class="op">&gt;</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3231</span>, <span class="op">$</span><span class="number">3232</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3234</span> <span class="op">$</span><span class="number">3233</span></span></a>))
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
     &#95; <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Zip two lists together by apply a function &#96;f&#96; to all corresponding elements
 // and their index in the list.
 // The returned list is only as long as the smallest input list.
-</span><span class="decl-fun" id="zipwith_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zipwith_indexed">zipwith-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zipwith<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs0</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys0</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs0<span class="pc">xs0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys0<span class="pc">ys0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1142</span>, <span class="op">$</span><span class="number">1143</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1145</span> <span class="op">$</span><span class="number">1144</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1212</span> list<span class="op">&lt;</span><span class="number">1211</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="zipwith_iter"><span class="kw">fun</span> <a class="pp">zipwith-iter<span class="pc">zipwith<span class="dash">-</span>iter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1145</span> list<span class="op">&lt;$</span><span class="number">1144</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1145</span> list<span class="op">&lt;$</span><span class="number">1144</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1142</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span></span></a>
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1143</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1142</span>, <span class="op">$</span><span class="number">1143</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1145</span> <span class="op">$</span><span class="number">1144</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1142</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1143</span></span></a>),<a class="pp">zipwith-iter<span class="pc">zipwith<span class="dash">-</span>iter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1145</span> list<span class="op">&lt;$</span><span class="number">1144</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1145</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span></span></a>))
+</span><span class="decl-fun" id="zipwith_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zipwith_indexed">zipwith-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zipwith<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs0</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys0</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs0<span class="pc">xs0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys0<span class="pc">ys0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">3304</span>, <span class="op">$</span><span class="number">3305</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3307</span> <span class="op">$</span><span class="number">3306</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3374</span> list<span class="op">&lt;</span><span class="number">3373</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="zipwith_iter"><span class="kw">fun</span> <a class="pp">zipwith-iter<span class="pc">zipwith<span class="dash">-</span>iter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3307</span> list<span class="op">&lt;$</span><span class="number">3306</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3307</span> list<span class="op">&lt;$</span><span class="number">3306</span><span class="op">&gt;</span></span></a>
+    <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3304</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span></span></a>
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3305</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">3304</span>, <span class="op">$</span><span class="number">3305</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3307</span> <span class="op">$</span><span class="number">3306</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3304</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3305</span></span></a>),<a class="pp">zipwith-iter<span class="pc">zipwith<span class="dash">-</span>iter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3307</span> list<span class="op">&lt;$</span><span class="number">3306</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3307</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span></span></a>))
         <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">zipwith-iter<span class="pc">zipwith<span class="dash">-</span>iter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1145</span> list<span class="op">&lt;$</span><span class="number">1144</span><span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>,<a class="pp">xs0<span class="pc">xs0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1142</span><span class="op">&gt;</span></span></a>,<a class="pp">ys0<span class="pc">ys0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1143</span><span class="op">&gt;</span></span></a></span>)
+  <a class="pp">zipwith-iter<span class="pc">zipwith<span class="dash">-</span>iter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3307</span> list<span class="op">&lt;$</span><span class="number">3306</span><span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>,<a class="pp">xs0<span class="pc">xs0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3304</span><span class="op">&gt;</span></span></a>,<a class="pp">ys0<span class="pc">ys0: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3305</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Unzip a list of pairs into two lists
-</span><span class="decl-fun" id="unzip"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#unzip">unzip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3849</span>, <span class="op">$</span><span class="number">3850</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4027</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4028</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+</span><span class="decl-fun" id="unzip"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#unzip">unzip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3387</span>, <span class="op">$</span><span class="number">3388</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">3565</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">3566</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   <span class="comment">// todo: implement TRMC for multiple results
-</span>  <span class="decl-fun" id="iter"><span class="kw">fun</span> <a class="pp">iter<span class="pc">iter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span> <span class="tp tv">&#95;3946</span><span class="tp sp">)</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3864</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3865</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span> <span class="tp tv">&#95;3946</span><span class="tp sp">)</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3864</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3865</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span></span></a>))
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3906</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3946</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
-  <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3849</span>, <span class="op">$</span><span class="number">3850</span>)<span class="op">&gt;</span>, acc1 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3849</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3849</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3850</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3850</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (list<span class="op">&lt;$</span><span class="number">3849</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3850</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3849</span>, <span class="op">$</span><span class="number">3850</span>)<span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3849</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3849</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3850</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3850</span><span class="op">&gt;</span></span></a></span>)
+</span>  <span class="decl-fun" id="iter"><span class="kw">fun</span> <a class="pp">iter<span class="pc">iter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3402</span><span class="tp sp">,</span> <span class="tp tv">&#95;3403</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span> <span class="tp tv">&#95;3484</span><span class="tp sp">)</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3402</span><span class="tp sp">,</span> <span class="tp tv">&#95;3403</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3402</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3403</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3402</span><span class="tp sp">,</span> <span class="tp tv">&#95;3403</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3402</span><span class="tp sp">,</span> <span class="tp tv">&#95;3403</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span> <span class="tp tv">&#95;3484</span><span class="tp sp">)</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3402</span><span class="tp sp">,</span> <span class="tp tv">&#95;3403</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3402</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3403</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span></span></a>))
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3444</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3402</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3444</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3484</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3403</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3484</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+  <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3387</span>, <span class="op">$</span><span class="number">3388</span>)<span class="op">&gt;</span>, acc1 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3387</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3387</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3388</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3388</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (list<span class="op">&lt;$</span><span class="number">3387</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3388</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3387</span>, <span class="op">$</span><span class="number">3388</span>)<span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3387</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3387</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3388</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3388</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Unzip a list of triples into three lists
-</span><span class="decl-fun" id="unzip3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#unzip3">unzip3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">4036</span>, <span class="op">$</span><span class="number">4037</span>, <span class="op">$</span><span class="number">4038</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4290</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4291</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4292</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+</span><span class="decl-fun" id="unzip3"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#unzip3">unzip3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3574</span>, <span class="op">$</span><span class="number">3575</span>, <span class="op">$</span><span class="number">3576</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">3828</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">3829</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">3830</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   <span class="comment">// todo: implement TRMC for multiple results
-</span>  <span class="decl-fun" id="iter"><span class="kw">fun</span> <a class="pp">iter<span class="pc">iter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4054</span><span class="tp sp">,</span> <span class="tp tv">&#95;4055</span><span class="tp sp">,</span> <span class="tp tv">&#95;4056</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span> <span class="tp tv">&#95;4137</span><span class="tp sp">,</span> <span class="tp tv">&#95;4177</span><span class="tp sp">)</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4054</span><span class="tp sp">,</span> <span class="tp tv">&#95;4055</span><span class="tp sp">,</span> <span class="tp tv">&#95;4056</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;4054</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;4055</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;4056</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4054</span><span class="tp sp">,</span> <span class="tp tv">&#95;4055</span><span class="tp sp">,</span> <span class="tp tv">&#95;4056</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4054</span><span class="tp sp">,</span> <span class="tp tv">&#95;4055</span><span class="tp sp">,</span> <span class="tp tv">&#95;4056</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span> <span class="tp tv">&#95;4137</span><span class="tp sp">,</span> <span class="tp tv">&#95;4177</span><span class="tp sp">)</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4054</span><span class="tp sp">,</span> <span class="tp tv">&#95;4055</span><span class="tp sp">,</span> <span class="tp tv">&#95;4056</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;4054</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;4055</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;4056</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span></span></a>))
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4097</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4054</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4097</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4137</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4055</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4137</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4177</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4056</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4177</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>
-  <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">4036</span>, <span class="op">$</span><span class="number">4037</span>, <span class="op">$</span><span class="number">4038</span>)<span class="op">&gt;</span>, acc1 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4036</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4036</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4037</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4037</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc3 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4038</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4038</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (list<span class="op">&lt;$</span><span class="number">4036</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4037</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4038</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">4036</span>, <span class="op">$</span><span class="number">4037</span>, <span class="op">$</span><span class="number">4038</span>)<span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4036</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4036</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4037</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4037</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4038</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4038</span><span class="op">&gt;</span></span></a></span>)
+</span>  <span class="decl-fun" id="iter"><span class="kw">fun</span> <a class="pp">iter<span class="pc">iter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">)</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3592</span><span class="tp sp">,</span> <span class="tp tv">&#95;3593</span><span class="tp sp">,</span> <span class="tp tv">&#95;3594</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span> <span class="tp tv">&#95;3675</span><span class="tp sp">,</span> <span class="tp tv">&#95;3715</span><span class="tp sp">)</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3592</span><span class="tp sp">,</span> <span class="tp tv">&#95;3593</span><span class="tp sp">,</span> <span class="tp tv">&#95;3594</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3592</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3593</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;3594</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3592</span><span class="tp sp">,</span> <span class="tp tv">&#95;3593</span><span class="tp sp">,</span> <span class="tp tv">&#95;3594</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3592</span><span class="tp sp">,</span> <span class="tp tv">&#95;3593</span><span class="tp sp">,</span> <span class="tp tv">&#95;3594</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span> <span class="tp tv">&#95;3675</span><span class="tp sp">,</span> <span class="tp tv">&#95;3715</span><span class="tp sp">)</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3592</span><span class="tp sp">,</span> <span class="tp tv">&#95;3593</span><span class="tp sp">,</span> <span class="tp tv">&#95;3594</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3592</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3593</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;3594</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span></span></a>))
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3635</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3592</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3635</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3675</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3593</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3675</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3715</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3594</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3715</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>
+  <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3574</span>, <span class="op">$</span><span class="number">3575</span>, <span class="op">$</span><span class="number">3576</span>)<span class="op">&gt;</span>, acc1 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3574</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3574</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3575</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3575</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc3 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3576</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3576</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (list<span class="op">&lt;$</span><span class="number">3574</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3575</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3576</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3574</span>, <span class="op">$</span><span class="number">3575</span>, <span class="op">$</span><span class="number">3576</span>)<span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3574</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3574</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3575</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3575</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3576</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3576</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Unzip a list of quadruples into four lists
-</span><span class="decl-fun" id="unzip4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#unzip4">unzip4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">4303</span>, <span class="op">$</span><span class="number">4304</span>, <span class="op">$</span><span class="number">4305</span>, <span class="op">$</span><span class="number">4306</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4633</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4634</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4635</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4636</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+</span><span class="decl-fun" id="unzip4"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#unzip4">unzip4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3841</span>, <span class="op">$</span><span class="number">3842</span>, <span class="op">$</span><span class="number">3843</span>, <span class="op">$</span><span class="number">3844</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4171</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4172</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4173</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4174</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   <span class="comment">// todo: implement TRMC for multiple results
-</span>  <span class="decl-fun" id="iter"><span class="kw">fun</span> <a class="pp">iter<span class="pc">iter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">d1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc4</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">d1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">,</span> <span class="tp tv">c1</span><span class="tp sp">,</span> <span class="tp tv">d1</span><span class="tp sp">)</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4324</span><span class="tp sp">,</span> <span class="tp tv">&#95;4325</span><span class="tp sp">,</span> <span class="tp tv">&#95;4326</span><span class="tp sp">,</span> <span class="tp tv">&#95;4327</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc4<span class="pc">acc4: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span> <span class="tp tv">&#95;4408</span><span class="tp sp">,</span> <span class="tp tv">&#95;4448</span><span class="tp sp">,</span> <span class="tp tv">&#95;4488</span><span class="tp sp">)</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4324</span><span class="tp sp">,</span> <span class="tp tv">&#95;4325</span><span class="tp sp">,</span> <span class="tp tv">&#95;4326</span><span class="tp sp">,</span> <span class="tp tv">&#95;4327</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;4324</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;4325</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;4326</span></span></a>,<a class="pp">w<span class="pc">w: <span class="tp tv">&#95;4327</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4324</span><span class="tp sp">,</span> <span class="tp tv">&#95;4325</span><span class="tp sp">,</span> <span class="tp tv">&#95;4326</span><span class="tp sp">,</span> <span class="tp tv">&#95;4327</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4324</span><span class="tp sp">,</span> <span class="tp tv">&#95;4325</span><span class="tp sp">,</span> <span class="tp tv">&#95;4326</span><span class="tp sp">,</span> <span class="tp tv">&#95;4327</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc4</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span> <span class="tp tv">&#95;4408</span><span class="tp sp">,</span> <span class="tp tv">&#95;4448</span><span class="tp sp">,</span> <span class="tp tv">&#95;4488</span><span class="tp sp">)</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;4324</span><span class="tp sp">,</span> <span class="tp tv">&#95;4325</span><span class="tp sp">,</span> <span class="tp tv">&#95;4326</span><span class="tp sp">,</span> <span class="tp tv">&#95;4327</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;4324</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;4325</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;4326</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc4<span class="pc">acc4: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">w<span class="pc">w: <span class="tp tv">&#95;4327</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span></span></a>))
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4368</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4324</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4368</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4408</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4325</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4408</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4448</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4326</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4448</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc4<span class="pc">acc4: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4488</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4327</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4488</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>
-  <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">4303</span>, <span class="op">$</span><span class="number">4304</span>, <span class="op">$</span><span class="number">4305</span>, <span class="op">$</span><span class="number">4306</span>)<span class="op">&gt;</span>, acc1 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4303</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4303</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4304</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4304</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc3 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4305</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4305</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc4 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4306</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">4306</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (list<span class="op">&lt;$</span><span class="number">4303</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4304</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4305</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4306</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">4303</span>, <span class="op">$</span><span class="number">4304</span>, <span class="op">$</span><span class="number">4305</span>, <span class="op">$</span><span class="number">4306</span>)<span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4303</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4303</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4304</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4304</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4305</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4305</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">4306</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4306</span><span class="op">&gt;</span></span></a></span>)
+</span>  <span class="decl-fun" id="iter"><span class="kw">fun</span> <a class="pp">iter<span class="pc">iter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp tv">d1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">b1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">c1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc4</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">d1</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a1</span><span class="tp sp">,</span> <span class="tp tv">b1</span><span class="tp sp">,</span> <span class="tp tv">c1</span><span class="tp sp">,</span> <span class="tp tv">d1</span><span class="tp sp">)</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3862</span><span class="tp sp">,</span> <span class="tp tv">&#95;3863</span><span class="tp sp">,</span> <span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc4<span class="pc">acc4: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span> <span class="tp tv">&#95;3946</span><span class="tp sp">,</span> <span class="tp tv">&#95;3986</span><span class="tp sp">,</span> <span class="tp tv">&#95;4026</span><span class="tp sp">)</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3862</span><span class="tp sp">,</span> <span class="tp tv">&#95;3863</span><span class="tp sp">,</span> <span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3862</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3863</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;3864</span></span></a>,<a class="pp">w<span class="pc">w: <span class="tp tv">&#95;3865</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3862</span><span class="tp sp">,</span> <span class="tp tv">&#95;3863</span><span class="tp sp">,</span> <span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3862</span><span class="tp sp">,</span> <span class="tp tv">&#95;3863</span><span class="tp sp">,</span> <span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc3</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc4</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span> <span class="tp tv">&#95;3946</span><span class="tp sp">,</span> <span class="tp tv">&#95;3986</span><span class="tp sp">,</span> <span class="tp tv">&#95;4026</span><span class="tp sp">)</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;3862</span><span class="tp sp">,</span> <span class="tp tv">&#95;3863</span><span class="tp sp">,</span> <span class="tp tv">&#95;3864</span><span class="tp sp">,</span> <span class="tp tv">&#95;3865</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;3862</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;3863</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;3864</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span></span></a>),<a class="pp">acc4<span class="pc">acc4: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">w<span class="pc">w: <span class="tp tv">&#95;3865</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span></span></a>))
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>            <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3906</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3862</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3906</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3946</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3863</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3946</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc3<span class="pc">acc3: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3986</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3864</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;3986</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc4<span class="pc">acc4: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;4026</span><span class="tp sp">,</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;3865</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;4026</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>
+  <a class="pp">iter<span class="pc">iter: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3841</span>, <span class="op">$</span><span class="number">3842</span>, <span class="op">$</span><span class="number">3843</span>, <span class="op">$</span><span class="number">3844</span>)<span class="op">&gt;</span>, acc1 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3841</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3841</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3842</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3842</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc3 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3843</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3843</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc4 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3844</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3844</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (list<span class="op">&lt;$</span><span class="number">3841</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3842</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3843</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3844</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3841</span>, <span class="op">$</span><span class="number">3842</span>, <span class="op">$</span><span class="number">3843</span>, <span class="op">$</span><span class="number">3844</span>)<span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3841</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3841</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3842</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3842</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3843</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3843</span><span class="op">&gt;</span></span></a>,<a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3844</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3844</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Take the first &#96;n&#96; elements of a list (or fewer if the list is shorter than &#96;n&#96;)
-</span><span class="decl-fun" id="take"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2574</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2612</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2574</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2574</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2574</span><span class="op">&gt;</span></span></a>) <span class="kw op">|</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2574</span></span></a>, <a class="pp" href="#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2574</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2574</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2574</span><span class="op">&gt;</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>))
+</span><span class="decl-fun" id="take"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">879</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">841</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a>) <span class="kw op">|</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">841</span></span></a>, <a class="pp" href="#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">841</span><span class="op">&gt;</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>))
     &#95; <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Drop the first &#96;n&#96; elements of a list (or fewer if the list is shorter than &#96;n&#96;)
-</span><span class="decl-fun" id="drop"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1650</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span></span></a>) <span class="kw op">|</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw op">-></span> <a class="pp" href="#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
-    &#95; <span class="kw op">-></span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1621</span><span class="op">&gt;</span></span></a></span>
-
-<span class="comment">// Apply a function &#96;f&#96;  to each element of the input list in sequence.
-</span><span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2967</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2967</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2969</span> <span class="op">$</span><span class="number">2968</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3011</span> list<span class="op">&lt;</span><span class="number">3010</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2967</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2967</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2967</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2967</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2969</span> <span class="op">$</span><span class="number">2968</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2967</span></span></a>), <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2967</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2967</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2967</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2969</span> <span class="op">$</span><span class="number">2968</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2969</span> list<span class="op">&lt;$</span><span class="number">2968</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2967</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2969</span> <span class="op">$</span><span class="number">2968</span></span></a>))
+</span><span class="decl-fun" id="drop"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">913</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span></span></a>) <span class="kw op">|</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw op">-></span> <a class="pp" href="#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
+    &#95; <span class="kw op">-></span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">884</span><span class="op">&gt;</span></span></a></span>
+
+<span class="comment">// Apply a function &#96;f&#96; to each element of the input list in sequence.
+</span><span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1923</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1923</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1925</span> <span class="op">$</span><span class="number">1924</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1970</span> list<span class="op">&lt;</span><span class="number">1969</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1923</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1923</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1923</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1923</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1925</span> <span class="op">$</span><span class="number">1924</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1923</span></span></a>), <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1923</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1923</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1923</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1925</span> <span class="op">$</span><span class="number">1924</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1925</span> list<span class="op">&lt;$</span><span class="number">1924</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1923</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1925</span> <span class="op">$</span><span class="number">1924</span></span></a>))
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
-<span class="comment">// Apply a function &#96;f&#96;  to each element of the input list in sequence where takes
+<span class="comment">// Apply a function &#96;f&#96; to each element of the input list in sequence where takes
 // both the index of the current element and the element itself as arguments.
-</span><span class="decl-fun" id="map_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_indexed">map-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">929</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">931</span> <span class="op">$</span><span class="number">930</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">980</span> list<span class="op">&lt;</span><span class="number">979</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="map_idx"><span class="kw">fun</span> <a class="pp">map-idx<span class="pc">map<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">931</span> list<span class="op">&lt;$</span><span class="number">930</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">931</span> list<span class="op">&lt;$</span><span class="number">930</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">929</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">929</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">931</span> <span class="op">$</span><span class="number">930</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">929</span></span></a>), <a class="pp">map-idx<span class="pc">map<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">931</span> list<span class="op">&lt;$</span><span class="number">930</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">931</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>))
+</span><span class="decl-fun" id="map_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_indexed">map-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2070</span> list<span class="op">&lt;</span><span class="number">2069</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="map_idx"><span class="kw">fun</span> <a class="pp">map-idx<span class="pc">map<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> list<span class="op">&lt;$</span><span class="number">2020</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2021</span> list<span class="op">&lt;$</span><span class="number">2020</span><span class="op">&gt;</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2019</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2019</span></span></a>), <a class="pp">map-idx<span class="pc">map<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> list<span class="op">&lt;$</span><span class="number">2020</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2021</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>))
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">map-idx<span class="pc">map<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">931</span> list<span class="op">&lt;$</span><span class="number">930</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">929</span><span class="op">&gt;</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
+  <a class="pp">map-idx<span class="pc">map<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> list<span class="op">&lt;$</span><span class="number">2020</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
 
-<span class="comment">// Apply a function &#96;f&#96;  to each element of the input list in sequence where &#96;f&#96; takes
+<span class="comment">// Apply a function &#96;f&#96; to each element of the input list in sequence where &#96;f&#96; takes
 // both the current element and the tail list as arguments.
-</span><span class="decl-fun" id="map_peek"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_peek">map-peek<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>peek: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1052</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1054</span> <span class="op">$</span><span class="number">1053</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1094</span> list<span class="op">&lt;</span><span class="number">1093</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="mappeek"><span class="kw">fun</span> <a class="pp">mappeek<span class="pc">mappeek: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1054</span> list<span class="op">&lt;$</span><span class="number">1053</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1054</span> list<span class="op">&lt;$</span><span class="number">1053</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1052</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1052</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1054</span> <span class="op">$</span><span class="number">1053</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1052</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a>), <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">mappeek<span class="pc">mappeek: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1054</span> list<span class="op">&lt;$</span><span class="number">1053</span><span class="op">&gt;</span></span></a>)
+</span><span class="decl-fun" id="map_peek"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_peek">map-peek<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>peek: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2080</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2082</span> <span class="op">$</span><span class="number">2081</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2122</span> list<span class="op">&lt;</span><span class="number">2121</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="mappeek"><span class="kw">fun</span> <a class="pp">mappeek<span class="pc">mappeek: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2082</span> list<span class="op">&lt;$</span><span class="number">2081</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2082</span> list<span class="op">&lt;$</span><span class="number">2081</span><span class="op">&gt;</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2080</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2080</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2082</span> <span class="op">$</span><span class="number">2081</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2080</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a>), <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">mappeek<span class="pc">mappeek: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2082</span> list<span class="op">&lt;$</span><span class="number">2081</span><span class="op">&gt;</span></span></a>)
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">mappeek<span class="pc">mappeek: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1054</span> list<span class="op">&lt;$</span><span class="number">1053</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1052</span><span class="op">&gt;</span></span></a></span>)
+  <a class="pp">mappeek<span class="pc">mappeek: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2082</span> list<span class="op">&lt;$</span><span class="number">2081</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2080</span><span class="op">&gt;</span></span></a></span>)
 
-<span class="comment">// Apply a function &#96;f&#96;  to each element of the input list in sequence where takes
+<span class="comment">// Apply a function &#96;f&#96; to each element of the input list in sequence where takes
 // both the index of the current element, the element itself, and the tail list as arguments.
-</span><span class="decl-fun" id="map_indexed_peek"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_indexed_peek">map-indexed-peek<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>indexed<span class="dash">-</span>peek: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">990</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">992</span> <span class="op">$</span><span class="number">991</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1042</span> list<span class="op">&lt;</span><span class="number">1041</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="mapidx"><span class="kw">fun</span> <a class="pp">mapidx<span class="pc">mapidx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">992</span> list<span class="op">&lt;$</span><span class="number">991</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">992</span> list<span class="op">&lt;$</span><span class="number">991</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">990</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">990</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">992</span> <span class="op">$</span><span class="number">991</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">990</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a>), <a class="pp">mapidx<span class="pc">mapidx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">992</span> list<span class="op">&lt;$</span><span class="number">991</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">992</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>))
+</span><span class="decl-fun" id="map_indexed_peek"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_indexed_peek">map-indexed-peek<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>indexed<span class="dash">-</span>peek: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2132</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2134</span> <span class="op">$</span><span class="number">2133</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2184</span> list<span class="op">&lt;</span><span class="number">2183</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="mapidx"><span class="kw">fun</span> <a class="pp">mapidx<span class="pc">mapidx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2134</span> list<span class="op">&lt;$</span><span class="number">2133</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2134</span> list<span class="op">&lt;$</span><span class="number">2133</span><span class="op">&gt;</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2132</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2132</span>, rest <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2134</span> <span class="op">$</span><span class="number">2133</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2132</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a>), <a class="pp">mapidx<span class="pc">mapidx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2134</span> list<span class="op">&lt;$</span><span class="number">2133</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2134</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>))
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">mapidx<span class="pc">mapidx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">992</span> list<span class="op">&lt;$</span><span class="number">991</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">990</span><span class="op">&gt;</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
+  <a class="pp">mapidx<span class="pc">mapidx: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2134</span> list<span class="op">&lt;$</span><span class="number">2133</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2132</span><span class="op">&gt;</span></span></a>,<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a></span>)
 
 <span class="comment">// Reverse a list.
-</span><span class="decl-fun" id="reverse"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2109</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2124</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#reverse_append">reverse-append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>append: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2109</span><span class="op">&gt;</span>, tl <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2109</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2109</span><span class="op">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2109</span><span class="op">&gt;</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> </span>)
+</span><span class="decl-fun" id="reverse"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">968</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">983</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#reverse_append">reverse-append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>append: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">968</span><span class="op">&gt;</span>, tl <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">968</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">968</span><span class="op">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">968</span><span class="op">&gt;</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> </span>)
 
 <span class="comment">// Efficiently reverse a list &#96;xs&#96; and append it to &#96;tl&#96;:
 // &#96;reverse-append(xs,tl) == reserve(xs) ++ tl
-</span><span class="decl-fun" id="reverse_append"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse_append">reverse-append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>append: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">tl</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">tl<span class="pc">tl: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">746</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="reverse_acc"><span class="kw">fun</span> <a class="pp">reverse-acc<span class="pc">reverse<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">729</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">702</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">reverse-acc<span class="pc">reverse<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">702</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>),<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a>)
-      &#95;          <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">702</span><span class="op">&gt;</span></span></a></span>
-  <a class="pp">reverse-acc<span class="pc">reverse<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span></span></a>(<a class="pp">tl<span class="pc">tl: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span></span></a>,<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">701</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="reverse_append"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse_append">reverse-append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>append: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">tl</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">tl<span class="pc">tl: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">963</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="reverse_acc"><span class="kw">fun</span> <a class="pp">reverse-acc<span class="pc">reverse<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">946</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">919</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">reverse-acc<span class="pc">reverse<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">919</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a>),<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a>)
+      &#95;          <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">919</span><span class="op">&gt;</span></span></a></span>
+  <a class="pp">reverse-acc<span class="pc">reverse<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a>(<a class="pp">tl<span class="pc">tl: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a>,<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Append two lists.
-</span><span class="decl-fun" id="_plus__plus_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_plus__plus_">(++)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1289</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#append">append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>append: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span></span></a>,<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1276</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="_plus__plus_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_plus__plus_">(++)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1034</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#append">append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>append: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span></span></a>,<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1021</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Append two lists.
-</span><span class="decl-fun" id="append"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#append">append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>append: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1271</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1243</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1243</span></span></a>,<a class="pp" href="#append">append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>append: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a>,<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a>))
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1243</span><span class="op">&gt;</span></span></a></span>
+</span><span class="decl-fun" id="append"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#append">append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>append: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1016</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">988</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">988</span></span></a>,<a class="pp" href="#append">append<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>append: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a>,<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a>))
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">988</span><span class="op">&gt;</span></span></a></span>
 
 <span class="comment">// Fold a list from the right, i.e. &#96;foldr([1,2],0,(+)) == 1+(2+0)&#96;
 // Note, &#96;foldr&#96; is less efficient than &#96;foldl&#96; as it reverses the list first.
-</span><span class="decl-fun" id="foldr"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldr">foldr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldr: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">z</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2129</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">2130</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2129</span>, <span class="op">$</span><span class="number">2130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2131</span> <span class="op">$</span><span class="number">2130</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2163</span> <span class="number">2162</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2129</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2129</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2131</span> list<span class="op">&lt;$</span><span class="number">2129</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2129</span><span class="op">&gt;</span>, z <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2130</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2130</span>, <span class="op">$</span><span class="number">2129</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2131</span> <span class="op">$</span><span class="number">2130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2131</span> <span class="op">$</span><span class="number">2130</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">2130</span></span></a>) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2130</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2129</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2131</span> <span class="op">$</span><span class="number">2130</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2130</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2129</span></span></a>) <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2129</span>, <span class="op">$</span><span class="number">2130</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2131</span> <span class="op">$</span><span class="number">2130</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2129</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2130</span></span></a></span>)
+</span><span class="decl-fun" id="foldr"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldr">foldr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldr: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">z</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1084</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">1085</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1084</span>, <span class="op">$</span><span class="number">1085</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1086</span> <span class="op">$</span><span class="number">1085</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1118</span> <span class="number">1117</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1084</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1084</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1086</span> list<span class="op">&lt;$</span><span class="number">1084</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1084</span><span class="op">&gt;</span>, z <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1085</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1085</span>, <span class="op">$</span><span class="number">1084</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1086</span> <span class="op">$</span><span class="number">1085</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1086</span> <span class="op">$</span><span class="number">1085</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">1085</span></span></a>) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1085</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1084</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1086</span> <span class="op">$</span><span class="number">1085</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1085</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1084</span></span></a>) <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1084</span>, <span class="op">$</span><span class="number">1085</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1086</span> <span class="op">$</span><span class="number">1085</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1084</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1085</span></span></a></span>)
 
 <span class="comment">// Fold a list from the left, i.e. &#96;foldl([1,2],0,(+)) == (0+1)+2&#96;
 // Since &#96;foldl&#96; is tail recursive, it is preferred over &#96;foldr&#96; when using an associative function &#96;f&#96;
-</span><span class="decl-fun" id="foldl"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">z</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">2020</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2020</span>, <span class="op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2054</span> <span class="number">2053</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2019</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span>, z <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2020</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2020</span>, <span class="op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2019</span><span class="op">&gt;</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2020</span>, <span class="op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">2020</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2019</span></span></a>),<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2020</span>, <span class="op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2021</span> <span class="op">$</span><span class="number">2020</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> </span><a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">2020</span></span></a>
+</span><span class="decl-fun" id="foldl"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">z</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1039</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">1040</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1040</span>, <span class="op">$</span><span class="number">1039</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1041</span> <span class="op">$</span><span class="number">1040</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1074</span> <span class="number">1073</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1039</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1039</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1039</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1039</span><span class="op">&gt;</span>, z <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1040</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1040</span>, <span class="op">$</span><span class="number">1039</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1041</span> <span class="op">$</span><span class="number">1040</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1041</span> <span class="op">$</span><span class="number">1040</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1039</span><span class="op">&gt;</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1040</span>, <span class="op">$</span><span class="number">1039</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1041</span> <span class="op">$</span><span class="number">1040</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">1040</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1039</span></span></a>),<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1040</span>, <span class="op">$</span><span class="number">1039</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1041</span> <span class="op">$</span><span class="number">1040</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> </span><a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">1040</span></span></a>
 
-<span class="decl-fun" id="foldl1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldl1">foldl1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2064</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2064</span>, <span class="op">$</span><span class="number">2064</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2065</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2064</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="number">2102</span><span class="op">&gt;</span> <span class="number">2101</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2064</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2064</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2064</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2064</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2064</span><span class="op">&gt;</span>, z <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2064</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2064</span>, <span class="op">$</span><span class="number">2064</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2065</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2064</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2065</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2064</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2064</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2064</span>, <span class="op">$</span><span class="number">2064</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2065</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2064</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">2065</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2064</span></span></a>(<a class="pp">"unexpected Nil in std/core/foldl1"<span class="pc">literal: <span class="tp">string</span><br>count= 33</span></a></span>)
+<span class="decl-fun" id="foldl1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldl1">foldl1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1128</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1128</span>, <span class="op">$</span><span class="number">1128</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1129</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1128</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="number">1166</span><span class="op">&gt;</span> <span class="number">1165</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1128</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1128</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1128</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1128</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foldl">foldl<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1128</span><span class="op">&gt;</span>, z <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1128</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1128</span>, <span class="op">$</span><span class="number">1128</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1129</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1128</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1129</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1128</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1128</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1128</span>, <span class="op">$</span><span class="number">1128</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1129</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1128</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp op">|$</span><span class="number">1129</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1128</span></span></a>(<a class="pp">"unexpected Nil in std/core/foldl1"<span class="pc">literal: <span class="tp">string</span><br>count= 33</span></a></span>)
 
-<span class="decl-fun" id="foldr1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldr1">foldr1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldr1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2173</span>, <span class="op">$</span><span class="number">2173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2173</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="number">2196</span><span class="op">&gt;</span> <span class="number">2195</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2174</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foldl1">foldl1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl1: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2173</span>, <span class="op">$</span><span class="number">2173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2173</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2173</span>, <span class="op">$</span><span class="number">2173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">2174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2173</span></span></a></span>)
+<span class="decl-fun" id="foldr1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foldr1">foldr1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldr1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1173</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1173</span>, <span class="op">$</span><span class="number">1173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1173</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">exn</span><span class="tp kw op">|</span><span class="number">1196</span><span class="op">&gt;</span> <span class="number">1195</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1173</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1173</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1174</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1173</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foldl1">foldl1<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foldl1: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1173</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1173</span>, <span class="op">$</span><span class="number">1173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1173</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1173</span>, <span class="op">$</span><span class="number">1173</span>) <span class="kw op">-></span> <span class="op">&lt;</span>exn<span class="op">|$</span><span class="number">1174</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1173</span></span></a></span>)
 
 <span class="comment">// Create a list of &#96;n&#96; repeated elements &#96;x&#96;
-</span><span class="decl-fun" id="replicate"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#replicate">replicate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>replicate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3514</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">3555</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="replicate"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#replicate">replicate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>replicate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2194</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2235</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
-   <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3514</span></span></a>, <a class="pp" href="#replicate">replicate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>replicate: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">3514</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">3514</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3514</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)))
+   <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2194</span></span></a>, <a class="pp" href="#replicate">replicate<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>replicate: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2194</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2194</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2194</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>)))
    <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// split a list at position &#96;n&#96;
-</span><span class="decl-fun" id="split"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#split">split<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>split: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2647</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">2647</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>), <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2617</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+</span><span class="decl-fun" id="split"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#split">split<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>split: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1233</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">1233</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#take">take<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>), <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#drop">drop<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span>, n <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1203</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
 
-<span class="decl-fun" id="span"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#span">span<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>span: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3686</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3763</span> (list<span class="op">&lt;</span><span class="number">3762</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">3762</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+<span class="decl-fun" id="span"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#span">span<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>span: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4188</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4265</span> (list<span class="op">&lt;</span><span class="number">4264</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">4264</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   <span class="comment">// todo: implement TRMC with multiple results to avoid the reverse
-</span>  <span class="decl-fun" id="span_acc"><span class="kw">fun</span> <a class="pp">span-acc<span class="pc">span<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> (list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>)</span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3687</span> (list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>)</span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3686</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3686</span></span></a><span class="kw op">.</span><a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3686</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> bool</span></a> <span class="kw">then</span> <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">span-acc<span class="pc">span<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> (list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>)</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3686</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a>)) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a>,<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
-      &#95; <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">span-acc<span class="pc">span<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3687</span> (list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3686</span><span class="op">&gt;</span>)</span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> </span>)
+</span>  <span class="decl-fun" id="span_acc"><span class="kw">fun</span> <a class="pp">span-acc<span class="pc">span<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> (list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>)</span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4189</span> (list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>)</span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4188</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4188</span></span></a><span class="kw op">.</span><a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4188</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> bool</span></a> <span class="kw">then</span> <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">span-acc<span class="pc">span<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> (list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>)</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4188</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a>)) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a>,<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+      &#95; <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">span-acc<span class="pc">span<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4189</span> (list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">4188</span><span class="op">&gt;</span>)</span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> </span>)
 
 <span class="comment">// Keep only those initial elements that satisfy &#96;predicate&#96;
-</span><span class="decl-fun" id="take_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take_while">take-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3791</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3791</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3792</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3833</span> list<span class="op">&lt;</span><span class="number">3832</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3791</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3791</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3791</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3791</span></span></a><span class="kw op">.</span><a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3791</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3792</span> bool</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3791</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3791</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#take_while">take-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3791</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3791</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3792</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">3792</span> list<span class="op">&lt;$</span><span class="number">3791</span><span class="op">&gt;</span></span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3791</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3792</span> bool</span></a>) ) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+</span><span class="decl-fun" id="take_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#take_while">take-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4272</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4272</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4273</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4314</span> list<span class="op">&lt;</span><span class="number">4313</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4272</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4272</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4272</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4272</span></span></a><span class="kw op">.</span><a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4272</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4273</span> bool</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4272</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4272</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#take_while">take-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>take<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4272</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4272</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4273</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">4273</span> list<span class="op">&lt;$</span><span class="number">4272</span><span class="op">&gt;</span></span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4272</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4273</span> bool</span></a>) ) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Drop all initial elements that satisfy &#96;predicate&#96;
-</span><span class="decl-fun" id="drop_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#drop_while">drop-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1655</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1656</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1688</span> list<span class="op">&lt;</span><span class="number">1687</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1655</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1655</span></span></a><span class="kw op">.</span><a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1655</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1656</span> bool</span></a> <span class="kw">then</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#drop_while">drop-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1655</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1656</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1656</span> list<span class="op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span></span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1655</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1656</span> bool</span></a>) <span class="kw">else</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1655</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="drop_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#drop_while">drop-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1239</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1271</span> list<span class="op">&lt;</span><span class="number">1270</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1238</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1238</span></span></a><span class="kw op">.</span><a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1239</span> bool</span></a> <span class="kw">then</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#drop_while">drop-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>drop<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1239</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1239</span> list<span class="op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span></span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1238</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1239</span> bool</span></a>) <span class="kw">else</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1238</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Retain only those elements of a list that satisfy the given predicate &#96;pred&#96;.
 // For example: &#96;filter([1,2,3],odd?) == [1,3]&#96;
-</span><span class="decl-fun" id="filter"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1695</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1743</span> list<span class="op">&lt;</span><span class="number">1742</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1695</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1695</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1695</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1695</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1695</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> list<span class="op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1695</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> bool</span></a>)) <span class="kw">else</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1695</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> list<span class="op">&lt;$</span><span class="number">1695</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1695</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1696</span> bool</span></a>)
+</span><span class="decl-fun" id="filter"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1326</span> list<span class="op">&lt;</span><span class="number">1325</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1278</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1278</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1278</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> list<span class="op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> bool</span></a>)) <span class="kw">else</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> list<span class="op">&lt;$</span><span class="number">1278</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1278</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1279</span> bool</span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Remove those elements of a list that satisfy the given predicate &#96;pred&#96;.
 // For example: &#96;remove([1,2,3],odd?) == [2]&#96;
-</span><span class="decl-fun" id="remove"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#remove">remove<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>remove: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3477</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3477</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3478</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3507</span> list<span class="op">&lt;</span><span class="number">3506</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3477</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3477</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3477</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3478</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">3478</span> list<span class="op">&lt;$</span><span class="number">3477</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">3477</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3478</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3477</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">3478</span> bool</span></a><a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3477</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3478</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3477</span></span></a>) </span>)
+</span><span class="decl-fun" id="remove"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#remove">remove<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>remove: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2240</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2240</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2241</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2270</span> list<span class="op">&lt;</span><span class="number">2269</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2240</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter">filter<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2240</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2240</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2241</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">2241</span> list<span class="op">&lt;$</span><span class="number">2240</span><span class="op">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2240</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2241</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2240</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#bool_fs__excl_">!<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2241</span> bool</span></a><a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2240</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2241</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2240</span></span></a>) </span>)
 
 <span class="comment">// Partition a list in two lists where the first list contains
 // those elements that satisfy the given predicate &#96;pred&#96;.
 // For example: &#96;partition([1,2,3],odd?) == ([1,3],[2])&#96;
-</span><span class="decl-fun" id="partition"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#partition">partition<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3437</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3438</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3470</span> (list<span class="op">&lt;</span><span class="number">3469</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">3469</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
-  <a class="pp" href="#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3437</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3438</span> bool, acc1 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3438</span> (list<span class="op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3437</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3438</span> bool</span></a>, <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3437</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="partition"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#partition">partition<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2421</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2422</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2454</span> (list<span class="op">&lt;</span><span class="number">2453</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">2453</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+  <a class="pp" href="#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2421</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2422</span> bool, acc1 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2422</span> (list<span class="op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2421</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2422</span> bool</span></a>, <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2421</span><span class="op">&gt;</span></span></a></span>)
 
-<span class="decl-fun" id="partition_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;</span>a<span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;</span>a<span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> e (list<span class="op">&lt;</span>a<span class="op">&gt;</span>, list<span class="op">&lt;</span>a<span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="op">&gt;</span><span class="op">&gt;</span>, <a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="op">&gt;</span><span class="op">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3430</span> (list<span class="op">&lt;</span><span class="number">3429</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">3429</span><span class="op">&gt;</span>)</span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3293</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3293</span></span></a>)
-      <span class="kw">then</span> <a class="pp" href="#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> bool, acc1 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> (list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a>,<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> bool</span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>, c2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> cctx<span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3293</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>)
-      <span class="kw">else</span> <a class="pp" href="#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> bool, acc1 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> (list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a>,<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3293</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> bool</span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>, c2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3294</span> cctx<span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3293</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3293</span><span class="op">&gt;</span></span></a>)</span>)
+<span class="decl-fun" id="partition_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">acc1</span> <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;</span>a<span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;</span>a<span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> e (list<span class="op">&lt;</span>a<span class="op">&gt;</span>, list<span class="op">&lt;</span>a<span class="op">&gt;</span>)</span></a>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2277</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="op">&gt;</span><span class="op">&gt;</span>, <a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="op">&gt;</span><span class="op">&gt;</span><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2414</span> (list<span class="op">&lt;</span><span class="number">2413</span><span class="op">&gt;</span>, list<span class="op">&lt;</span><span class="number">2413</span><span class="op">&gt;</span>)</span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus__dot_">++.<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>, x <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2277</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2277</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2277</span></span></a>)
+      <span class="kw">then</span> <a class="pp" href="#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2277</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> bool, acc1 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> (list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a>,<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2277</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> bool</span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>, c2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> cctx<span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2277</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a>),<a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>)
+      <span class="kw">else</span> <a class="pp" href="#partition_acc">partition-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>partition<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2277</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> bool, acc1 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>, acc2 <span class="tp kw op">:</span> <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> (list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>, list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>)</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a>,<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2277</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> bool</span></a>,<a class="pp">acc1<span class="pc">acc1: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>,<a class="pp">acc2<span class="pc">acc2: <span class="kw">ctx</span><span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#cctx_fs__plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>, c2 <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2278</span> cctx<span class="op">&lt;</span>list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">ctx</span><span class="pc">ctx: <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span>,list<span class="op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2277</span></span></a>,<a class="pp">&#95;<span class="pc">hole: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2277</span><span class="op">&gt;</span></span></a>)</span>)
 
 <span class="comment">// Retain only those elements of a list that satisfy the given predicate &#96;pred&#96;.
 // For example: &#96;filterMap([1,2,3],fn(i) { if i.odd? then Nothing else Just(i&#42;i) }) == [4]&#96;
-</span><span class="decl-fun" id="filter_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#filter_map">filter-map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter<span class="dash">-</span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> maybe<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1811</span> list<span class="op">&lt;</span><span class="number">1810</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="filter_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#filter_map">filter-map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter<span class="dash">-</span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1333</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> maybe<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1394</span> list<span class="op">&lt;</span><span class="number">1393</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1750</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> maybe<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1750</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter_map">filter-map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter<span class="dash">-</span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> maybe<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> list<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> maybe<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1751</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1751</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter_map">filter-map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter<span class="dash">-</span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1750</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> maybe<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> list<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1752</span> maybe<span class="op">&lt;$</span><span class="number">1751</span><span class="op">&gt;</span></span></a>)</span>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1333</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1333</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> maybe<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1333</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter_map">filter-map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter<span class="dash">-</span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1333</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> maybe<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> list<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1333</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> maybe<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1334</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1334</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#filter_map">filter-map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>filter<span class="dash">-</span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1333</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1333</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> maybe<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> list<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1333</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1335</span> maybe<span class="op">&lt;$</span><span class="number">1334</span><span class="op">&gt;</span></span></a>)</span>)
 
 <span class="comment">// Find the first element satisfying some predicate
-</span><span class="decl-fun" id="find"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#find">find<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>find: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1872</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1872</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1873</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1907</span> maybe<span class="op">&lt;</span><span class="number">1906</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1872</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1872</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1872</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1873</span> maybe<span class="op">&lt;$</span><span class="number">1872</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1873</span> maybe<span class="op">&lt;$</span><span class="number">1872</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1872</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1873</span> maybe<span class="op">&lt;$</span><span class="number">1872</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1872</span></span></a>)
-    <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1872</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1873</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1872</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1872</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
+</span><span class="decl-fun" id="find"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#find">find<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>find: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1471</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1471</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1472</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1516</span> maybe<span class="op">&lt;</span><span class="number">1515</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1471</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1471</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1471</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1472</span> maybe<span class="op">&lt;$</span><span class="number">1471</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1472</span> maybe<span class="op">&lt;$</span><span class="number">1471</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1471</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1472</span> maybe<span class="op">&lt;$</span><span class="number">1471</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1471</span></span></a>)
+    <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1471</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1472</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1471</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1471</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Find the first element satisfying some predicate and return it.
-</span><span class="decl-fun" id="find_maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#find_maybe">find-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>find<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1914</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1914</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1916</span> maybe<span class="op">&lt;$</span><span class="number">1915</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1938</span> maybe<span class="op">&lt;</span><span class="number">1937</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1914</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1914</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1914</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1916</span> maybe<span class="op">&lt;$</span><span class="number">1915</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1916</span> maybe<span class="op">&lt;$</span><span class="number">1915</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1914</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1916</span> maybe<span class="op">&lt;$</span><span class="number">1915</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="find_maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#find_maybe">find-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>find<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1523</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1523</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1525</span> maybe<span class="op">&lt;$</span><span class="number">1524</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1557</span> maybe<span class="op">&lt;</span><span class="number">1556</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1523</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1523</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1523</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1525</span> maybe<span class="op">&lt;$</span><span class="number">1524</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1525</span> maybe<span class="op">&lt;$</span><span class="number">1524</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1523</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1525</span> maybe<span class="op">&lt;$</span><span class="number">1524</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Lookup the first element satisfying some predicate
-</span><span class="decl-fun" id="lookup"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#lookup">lookup<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>lookup: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3161</span> maybe<span class="op">&lt;</span><span class="number">3160</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)<span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> maybe<span class="op">&lt;$</span><span class="number">3053</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> maybe<span class="op">&lt;$</span><span class="number">3053</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">kv</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> maybe<span class="op">&lt;$</span><span class="number">3053</span><span class="op">&gt;</span></span></a>(<a class="pp">kv<span class="pc">kv: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)</span></a>)
-    <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> bool</span></a>(<a class="pp">kv<span class="pc">kv: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> <span class="op">$</span><span class="number">3052</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">kv<span class="pc">kv: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3052</span>, <span class="op">$</span><span class="number">3053</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">3054</span> <span class="op">$</span><span class="number">3053</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
+</span><span class="decl-fun" id="lookup"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#lookup">lookup<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>lookup: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2580</span> maybe<span class="op">&lt;</span><span class="number">2579</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)<span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> maybe<span class="op">&lt;$</span><span class="number">2462</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> maybe<span class="op">&lt;$</span><span class="number">2462</span><span class="op">&gt;</span></span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">kv</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> maybe<span class="op">&lt;$</span><span class="number">2462</span><span class="op">&gt;</span></span></a>(<a class="pp">kv<span class="pc">kv: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)</span></a>)
+    <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> bool</span></a>(<a class="pp">kv<span class="pc">kv: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> <span class="op">$</span><span class="number">2461</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">kv<span class="pc">kv: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2461</span>, <span class="op">$</span><span class="number">2462</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">2463</span> <span class="op">$</span><span class="number">2462</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 
 <span class="comment">// Convert a &#96;:maybe&#96; type to a list type.
-</span><span class="decl-fun" id="maybe_fs_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#maybe_fs_list">maybe/list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">maybe<span class="fslash">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">899</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">924</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">899</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="maybe_fs_list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#maybe_fs_list">maybe/list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">maybe<span class="fslash">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1567</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1592</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1567</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">899</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">899</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1567</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1567</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>)
 
-<span class="decl-fun" id="index_of_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#index_of_acc">index-of-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2343</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2343</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2344</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">idx<span class="pc">idx: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2379</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2343</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2343</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2343</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2343</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2344</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2343</span></span></a>) <span class="kw">then</span> <a class="pp">idx<span class="pc">idx: <span class="tp">int</span></span></a> <span class="kw">else</span> <a class="pp" href="#index_of_acc">index-of-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2343</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2343</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2344</span> bool, idx <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2344</span> int</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2343</span><span class="op">&gt;</span></span></a>,<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2343</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2344</span> bool</span></a>,<a class="pp">idx<span class="pc">idx: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2344</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
+<span class="decl-fun" id="index_of_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#index_of_acc">index-of-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">idx</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2590</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2590</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2591</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">idx<span class="pc">idx: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2626</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2590</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2590</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2590</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2590</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2591</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2590</span></span></a>) <span class="kw">then</span> <a class="pp">idx<span class="pc">idx: <span class="tp">int</span></span></a> <span class="kw">else</span> <a class="pp" href="#index_of_acc">index-of-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2590</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2590</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2591</span> bool, idx <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2591</span> int</span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2590</span><span class="op">&gt;</span></span></a>,<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2590</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2591</span> bool</span></a>,<a class="pp">idx<span class="pc">idx: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2591</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp">-1<span class="pc">literal: <span class="tp">int</span><br>dec  = -1<br>hex8 = 0xFF<br>bit8 = 0b11111111</span></a></span>
 
 
 <span class="comment">// Returns the index of the first element where &#96;pred&#96; holds, or &#96;-1&#96; if no such element exists.
-</span><span class="decl-fun" id="index_of"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#index_of">index-of<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2386</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2386</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2387</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2404</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <a class="pp" href="#index_of_acc">index-of-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2386</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2386</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2387</span> bool, idx <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2387</span> int</span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2386</span><span class="op">&gt;</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2386</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2387</span> bool</span></a>, <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> </span>)
+</span><span class="decl-fun" id="index_of"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#index_of">index-of<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2633</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2633</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2634</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2651</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+  <a class="pp" href="#index_of_acc">index-of-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>index<span class="dash">-</span>of<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2633</span><span class="op">&gt;</span>, pred <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2633</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2634</span> bool, idx <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2634</span> int</span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2633</span><span class="op">&gt;</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2633</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2634</span> bool</span></a>, <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> </span>)
 
 <span class="comment">// Invoke &#96;action&#96; for each element of a list
-</span><span class="decl-fun" id="foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2203</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2203</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2204</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2230</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2203</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2203</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2203</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> { <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2203</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2204</span> ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2203</span></span></a>); <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2203</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2203</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2203</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2204</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">2204</span> ()</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2203</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2204</span> ()</span></a>) }
+</span><span class="decl-fun" id="foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2658</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2658</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2659</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2692</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2658</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2658</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2658</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> { <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2658</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2659</span> ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2658</span></span></a>); <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2658</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2658</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2658</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2659</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">2659</span> ()</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2658</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2659</span> ()</span></a>) }
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Invoke &#96;action&#96; for each element of a list while &#96;action&#96; return &#96;Nothing&#96;
-</span><span class="decl-fun" id="foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1821</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1823</span> maybe<span class="op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1862</span> maybe<span class="op">&lt;</span><span class="number">1861</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1821</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1404</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1404</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1406</span> maybe<span class="op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1455</span> maybe<span class="op">&lt;</span><span class="number">1454</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1404</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1821</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1821</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span>
-      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1823</span> maybe<span class="op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1821</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1821</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1821</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1823</span> maybe<span class="op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1823</span> maybe<span class="op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1821</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1823</span> maybe<span class="op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span></span></a>)
-        <a class="pp">just<span class="pc">just: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span></span></a>    <span class="kw op">-></span> <a class="pp">just<span class="pc">just: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1822</span><span class="op">&gt;</span></span></a></span>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1404</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1404</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span>
+      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1404</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1406</span> maybe<span class="op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1404</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1404</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1404</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1404</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1406</span> maybe<span class="op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1406</span> maybe<span class="op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1404</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1406</span> maybe<span class="op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span></span></a>)
+        <a class="pp">just<span class="pc">just: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span></span></a>    <span class="kw op">-></span> <a class="pp">just<span class="pc">just: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1405</span><span class="op">&gt;</span></span></a></span>
 
 <span class="comment">// Invoke &#96;action&#96; on each element of a list while &#96;action&#96; returns &#96;Just&#96;
-</span><span class="decl-fun" id="map_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_while">map-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3171</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3171</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3173</span> maybe<span class="op">&lt;$</span><span class="number">3172</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">3223</span> list<span class="op">&lt;</span><span class="number">3222</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3171</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="map_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#map_while">map-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2703</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2703</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2705</span> maybe<span class="op">&lt;$</span><span class="number">2704</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2755</span> list<span class="op">&lt;</span><span class="number">2754</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2703</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3171</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3171</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span>
-      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3171</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3173</span> maybe<span class="op">&lt;$</span><span class="number">3172</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">3171</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3172</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">3172</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3171</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map_while">map-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">3171</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3171</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3173</span> maybe<span class="op">&lt;$</span><span class="number">3172</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3173</span> list<span class="op">&lt;$</span><span class="number">3172</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">3171</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">3173</span> maybe<span class="op">&lt;$</span><span class="number">3172</span><span class="op">&gt;</span></span></a>))
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2703</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2703</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span>
+      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2703</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2705</span> maybe<span class="op">&lt;$</span><span class="number">2704</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2703</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2704</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2704</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2703</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map_while">map-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2703</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2703</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2705</span> maybe<span class="op">&lt;$</span><span class="number">2704</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2705</span> list<span class="op">&lt;$</span><span class="number">2704</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2703</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2705</span> maybe<span class="op">&lt;$</span><span class="number">2704</span><span class="op">&gt;</span></span></a>))
         <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 
 <span class="comment">// Invoke &#96;action&#96; for each element of a list, passing also the position of the element.
-</span><span class="decl-fun" id="foreach_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foreach_indexed">foreach-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2237</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">2237</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2238</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2336</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2247</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2237</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2237</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2237</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2247</span><span class="op">&gt;|$</span><span class="number">2238</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2247</span><span class="op">&gt;|$</span><span class="number">2238</span><span class="op">&gt;</span> ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2237</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2247</span><span class="op">&gt;|$</span><span class="number">2238</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2237</span></span></a>)
+</span><span class="decl-fun" id="foreach_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#foreach_indexed">foreach-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2765</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">2765</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2766</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2871</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="kw">var</span> <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2775</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2765</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2765</span><span class="op">&gt;</span>, action <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2765</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2775</span><span class="op">&gt;|$</span><span class="number">2766</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2775</span><span class="op">&gt;|$</span><span class="number">2766</span><span class="op">&gt;</span> ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">2765</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2775</span><span class="op">&gt;|$</span><span class="number">2766</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2765</span></span></a>)
     <span class="kw">val</span> <a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a> <span class="comment">// don't dereference &#96;i&#96; inside the inject
-</span>    <span class="kw">mask</span><span class="op">&lt;</span><a class="pp"><span class="tp">local</span><span class="pc">&#95;1: <span class="co">H</span></span></a><span class="op">&gt;</span>{ <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">2237</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2238</span> ()</span></a>(<a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2237</span></span></a>) }
-    <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2247</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2247</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2247</span><span class="op">&gt;|$</span><span class="number">2238</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">2247</span><span class="op">&gt;|$</span><span class="number">2238</span><span class="op">&gt;</span> int</span></a></span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
+</span>    <span class="kw">mask</span><span class="op">&lt;</span><a class="pp"><span class="tp">local</span><span class="pc">&#95;1: <span class="co">H</span></span></a><span class="op">&gt;</span>{ <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">2765</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2766</span> ()</span></a>(<a class="pp">j<span class="pc">j: <span class="tp">int</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2765</span></span></a>) }
+    <a class="pp">i<span class="pc">i: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2775</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">2775</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">2775</span><span class="op">&gt;|$</span><span class="number">2766</span><span class="op">&gt;</span> ()</span></a> <a class="pp">i<span class="pc">i: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">2775</span><span class="op">&gt;|$</span><span class="number">2766</span><span class="op">&gt;</span> int</span></a></span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
 
 <span class="comment">// Insert a separator &#96;sep&#96;  between all elements of a list &#96;xs&#96; .
-</span><span class="decl-fun" id="intersperse"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#intersperse">intersperse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>intersperse: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">sep<span class="pc">sep: <span class="tp op">$</span><span class="number">777</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">836</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="before"><span class="kw">fun</span> <a class="pp">before<span class="pc">before: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">777</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">sep<span class="pc">sep: <span class="tp op">$</span><span class="number">777</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">777</span></span></a>,<a class="pp">before<span class="pc">before: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>)))
+</span><span class="decl-fun" id="intersperse"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#intersperse">intersperse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>intersperse: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">sep<span class="pc">sep: <span class="tp op">$</span><span class="number">2878</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2937</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="before"><span class="kw">fun</span> <a class="pp">before<span class="pc">before: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2878</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">sep<span class="pc">sep: <span class="tp op">$</span><span class="number">2878</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">2878</span></span></a>,<a class="pp">before<span class="pc">before: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>)))
       <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>        <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">777</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">777</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">before<span class="pc">before: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">777</span><span class="op">&gt;</span></span></a>)
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2878</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2878</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp">before<span class="pc">before: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2878</span><span class="op">&gt;</span></span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>         <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Concatenate all strings in a list
 </span><span class="decl-fun" id="joinsep"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#joinsep">joinsep<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>joinsep: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">sep<span class="pc">sep: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <span class="decl-fun" id="join_acc"><span class="kw">fun</span> <a class="pp">join-acc<span class="pc">join<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">acc<span class="pc">acc: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">join-acc<span class="pc">join<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">sep<span class="pc">sep: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>)  <span class="comment">// todo: use string builder
-</span>      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">string</span></span></a></span>
   <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">join-acc<span class="pc">join<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a></span>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>                 <span class="kw op">-></span> <a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)         <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)) <span class="kw op">|</span> <a class="pp">sep<span class="pc">sep: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#is_empty">is-empty<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>is<span class="dash">-</span>empty: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>
+    &#95;                   <span class="kw op">-></span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector-source.html#list_fs_vector">vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>vector: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#vectorsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">vectorsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">sep<span class="pc">sep: <span class="tp">string</span></span></a></span>)
 
 <span class="comment">// Concatenate all strings in a list
 </span><span class="decl-fun" id="join"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#joinsep">joinsep<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>joinsep: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a></span>)
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>                 <span class="kw op">-></span> <a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)         <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>
+    &#95;                   <span class="kw op">-></span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector-source.html#list_fs_vector">vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>vector: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#vector_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">vector<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(</span>)
 
 <span class="comment">// Concatenate all strings in a list using a specific separator
 </span><span class="decl-fun" id="joinsep_fs_join"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#joinsep_fs_join">joinsep/join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">sep<span class="pc">sep: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
@@ -446,7 +449,7 @@
 
 <span class="comment">// Concatenate all strings in a list in reverse order
 </span><span class="decl-fun" id="reverse_join"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#reverse_join">reverse-join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#joinsep">joinsep<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>joinsep: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a></span>)
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>
 
 <span class="comment">// Append &#96;end&#96; to each string in the list &#96;xs&#96; and join them all together.\
 // &#96;join-end([],end) === ""&#96;\
@@ -457,73 +460,73 @@
     &#95;   <span class="kw op">-></span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#joinsep">joinsep<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>joinsep: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">end<span class="pc">end: <span class="tp">string</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">end<span class="pc">end: <span class="tp">string</span></span></a></span>
 
 <span class="comment">// Concatenate all lists in a list (e.g. flatten the list). (tail-recursive)
-</span><span class="decl-fun" id="concat"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#concat">concat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xss</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xss<span class="pc">xss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">629</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="concat_pre"><span class="kw">fun</span> <a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zss</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">zss<span class="pc">zss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">610</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">565</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">565</span></span></a>,<a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span>, zss <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>,<a class="pp">zss<span class="pc">zss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>))
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">zss<span class="pc">zss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>,<a class="pp">zzs<span class="pc">zzs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span>, zss <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>(<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span></span></a>,<a class="pp">zzs<span class="pc">zzs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">565</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>)
+</span><span class="decl-fun" id="concat"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#concat">concat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xss</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xss<span class="pc">xss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4426</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="concat_pre"><span class="kw">fun</span> <a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zss</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">zss<span class="pc">zss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4407</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4362</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4362</span></span></a>,<a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span>, zss <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>,<a class="pp">zss<span class="pc">zss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>))
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">zss<span class="pc">zss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>,<a class="pp">zzs<span class="pc">zzs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span>, zss <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>(<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span></span></a>,<a class="pp">zzs<span class="pc">zzs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4362</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>)
         <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>, zss <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">xss<span class="pc">xss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a></span>)
+  <a class="pp">concat-pre<span class="pc">concat<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span>, zss <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">xss<span class="pc">xss: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4361</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Concatenate the result lists from applying a function to all elements.
-</span><span class="decl-fun" id="flatmap"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#flatmap">flatmap<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">634</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">691</span> list<span class="op">&lt;</span><span class="number">690</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="flatmap_pre"><span class="kw">fun</span> <a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>
-    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">635</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">635</span></span></a>,<a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>,<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a>))
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a>
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">634</span></span></a>,<a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">634</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">634</span></span></a>),<a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a>)
+</span><span class="decl-fun" id="flatmap"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#flatmap">flatmap<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4431</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4488</span> list<span class="op">&lt;</span><span class="number">4487</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="flatmap_pre"><span class="kw">fun</span> <a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>( <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>
+    <span class="kw">match</span> <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4432</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4432</span></span></a>,<a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>(<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>,<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a>))
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a>
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">4431</span></span></a>,<a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4431</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">4431</span></span></a>),<a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a>)
         <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">636</span> list<span class="op">&lt;$</span><span class="number">635</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">634</span><span class="op">&gt;</span></span></a></span>)
+  <a class="pp">flatmap-pre<span class="pc">flatmap<span class="dash">-</span>pre: <span class="tp sp">(</span><span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4433</span> list<span class="op">&lt;$</span><span class="number">4432</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4431</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Concatenate the &#96;Just&#96; result elements from applying a function to all elements.
-</span><span class="decl-fun" id="flatmap_maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#flatmap_maybe">flatmap-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1948</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> maybe<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2009</span> list<span class="op">&lt;</span><span class="number">2008</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1948</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1948</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> maybe<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1948</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1949</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1949</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flatmap_maybe">flatmap-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1948</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> maybe<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> list<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1948</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> maybe<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span></span></a>))
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flatmap_maybe">flatmap-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1948</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1948</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> maybe<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> list<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1948</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1950</span> maybe<span class="op">&lt;$</span><span class="number">1949</span><span class="op">&gt;</span></span></a>)
+</span><span class="decl-fun" id="flatmap_maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#flatmap_maybe">flatmap-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4498</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> maybe<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4559</span> list<span class="op">&lt;</span><span class="number">4558</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4498</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4498</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> maybe<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4498</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4499</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4499</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flatmap_maybe">flatmap-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4498</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> maybe<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> list<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4498</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> maybe<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span></span></a>))
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flatmap_maybe">flatmap-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4498</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4498</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> maybe<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> list<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4498</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4500</span> maybe<span class="op">&lt;$</span><span class="number">4499</span><span class="op">&gt;</span></span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Concatenate a list of &#96;:maybe&#96; values
-</span><span class="decl-fun" id="concat_maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#concat_maybe">concat-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">1616</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">x<span class="pc">x: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span></span></a>
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1573</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">1573</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#concat_maybe">concat-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#concat_maybe">concat-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">1573</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="concat_maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#concat_maybe">concat-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat<span class="dash">-</span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4612</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">x<span class="pc">x: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span></span></a>
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4569</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">4569</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#concat_maybe">concat-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#concat_maybe">concat-maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat<span class="dash">-</span>maybe: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">4569</span><span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Return the last element of a list (or &#96;Nothing&#96; for the empty list)
-</span><span class="decl-fun" id="last"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#last">last<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>last: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2536</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">2569</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2536</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2536</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2536</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2536</span><span class="op">&gt;</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="#last">last<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>last: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2536</span><span class="op">&gt;</span>) <span class="kw op">-></span> maybe<span class="op">&lt;$</span><span class="number">2536</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2536</span><span class="op">&gt;</span></span></a>)
+</span><span class="decl-fun" id="last"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#last">last<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>last: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4617</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">4650</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4617</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4617</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4617</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4617</span><span class="op">&gt;</span></span></a>)  <span class="kw op">-></span> <a class="pp" href="#last">last<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>last: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4617</span><span class="op">&gt;</span>) <span class="kw op">-></span> maybe<span class="op">&lt;$</span><span class="number">4617</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4617</span><span class="op">&gt;</span></span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>         <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Return the list without its last element.
 // Return an empty list for an empty list.
-</span><span class="decl-fun" id="init"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#init">init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>init: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2411</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">2441</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2411</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2411</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2411</span><span class="op">&gt;</span></span></a> <span class="kw">as</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2411</span></span></a>,<a class="pp" href="#init">init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>init: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2411</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">2411</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2411</span><span class="op">&gt;</span></span></a>))
+</span><span class="decl-fun" id="init"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#init">init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>init: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4655</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">4685</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4655</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4655</span></span></a>, <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4655</span><span class="op">&gt;</span></span></a> <span class="kw">as</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4655</span></span></a>,<a class="pp" href="#init">init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>init: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4655</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">4655</span><span class="op">&gt;</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4655</span><span class="op">&gt;</span></span></a>))
     &#95; <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Get (zero-based) element &#96;n&#96;  of a list. Return a &#96;:maybe&#96; type.
-</span><span class="kw">pub</span> <span class="kw">fun</span> @index( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1367</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">1426</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1367</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1367</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1367</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1367</span><span class="op">&gt;</span></span></a>[<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>]   <span class="comment">// == @index(xx,n-1)
-</span>                  <span class="kw">elif</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1367</span></span></a>)
+</span><span class="kw">pub</span> <span class="kw">fun</span> @index( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4690</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">4759</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4690</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4690</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4690</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4690</span><span class="op">&gt;</span></span></a>[<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>]   <span class="comment">// == @index(xx,n-1)
+</span>                  <span class="kw">elif</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4690</span></span></a>)
                   <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
 
 <span class="comment">// Do all elements satisfy a predicate ?
-</span><span class="decl-fun" id="all"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#all">all<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>all: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1431</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1431</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1432</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1462</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1431</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1431</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1431</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1431</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1432</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1431</span></span></a>) <span class="kw">then</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1431</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#all">all<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>all: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1431</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1431</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1432</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1432</span> bool</span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1431</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1432</span> bool</span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>
+</span><span class="decl-fun" id="all"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#all">all<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>all: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4771</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4771</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4772</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4802</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4771</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4771</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4771</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4771</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4772</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4771</span></span></a>) <span class="kw">then</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4771</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#all">all<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>all: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4771</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4771</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4772</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">4772</span> bool</span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4771</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4772</span> bool</span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Are there any elements in a list that satisfy a predicate ?
-</span><span class="decl-fun" id="any"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#any">any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>any: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1469</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1469</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1470</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1500</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1469</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1469</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1469</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1469</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1470</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1469</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1469</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#any">any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>any: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1469</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1469</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1470</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">1470</span> bool</span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1469</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1470</span> bool</span></a>)
+</span><span class="decl-fun" id="any"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#any">any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>any: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">predicate</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4809</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4809</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4810</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">4840</span> bool</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4809</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4809</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4809</span><span class="op">&gt;</span></span></a>) <span class="kw op">-></span> <span class="kw">if</span> <a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4809</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4810</span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">4809</span></span></a>) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4809</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#any">any<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>any: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">4809</span><span class="op">&gt;</span>, predicate <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4809</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4810</span> bool) <span class="kw op">-></span> <span class="op">$</span><span class="number">4810</span> bool</span></a>(<a class="pp">predicate<span class="pc">predicate: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">4809</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">4810</span> bool</span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Return the sum of a list of integers
@@ -552,8 +555,8 @@
   <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">"\n"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>)
 
 <span class="comment">// Apply a function &#96;f&#96; to each character in a string
-</span><span class="decl-fun" id="string_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#string_fs_map">string/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2927</span> char</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2966</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2927</span> list<span class="op">&lt;</span>char<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2927</span> char) <span class="kw op">-></span> <span class="op">$</span><span class="number">2927</span> list<span class="op">&lt;</span>char<span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2927</span> char</span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#listchar_fs_string">string<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">listchar<span class="fslash">/</span></span>string: <span class="tp sp">(</span><span class="tp tpp">cs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2927</span> string</span></a></span> <span class="comment">// todo: optimize
+</span><span class="decl-fun" id="string_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#string_fs_map">string/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1875</span> char</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1922</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1875</span> list<span class="op">&lt;</span>char<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1875</span> char) <span class="kw op">-></span> <span class="op">$</span><span class="number">1875</span> list<span class="op">&lt;</span>char<span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1875</span> char</span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#listchar_fs_string">string<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">listchar<span class="fslash">/</span></span>string: <span class="tp sp">(</span><span class="tp tpp">cs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1875</span> string</span></a></span> <span class="comment">// todo: optimize
 </span>
 </pre>
 
diff --git a/doc/std_core_list.html b/doc/std_core_list.html
index 597d7152f..cdbfe1e85 100644
--- a/doc/std_core_list.html
+++ b/doc/std_core_list.html
@@ -206,21 +206,21 @@ <h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://kok
 </p></div></div>
 <div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_list-source.html#map">map</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Apply a function <code class="koka">f</code>  to each element of the input list in sequence.
+<p class="p noindent">Apply a function <code class="koka">f</code> to each element of the input list in sequence.
 </p></div></div>
 <div class="decl" id="map_indexed"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_list-source.html#map_indexed">map<span class="dash">-</span>indexed</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Apply a function <code class="koka">f</code>  to each element of the input list in sequence where takes
+<p class="p noindent">Apply a function <code class="koka">f</code> to each element of the input list in sequence where takes
 both the index of the current element and the element itself as arguments.
 </p></div></div>
 <div class="decl" id="map_indexed_peek"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_list-source.html#map_indexed_peek">map<span class="dash">-</span>indexed<span class="dash">-</span>peek</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">idx</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Apply a function <code class="koka">f</code>  to each element of the input list in sequence where takes
+<p class="p noindent">Apply a function <code class="koka">f</code> to each element of the input list in sequence where takes
 both the index of the current element, the element itself, and the tail list as arguments.
 </p></div></div>
 <div class="decl" id="map_peek"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_list-source.html#map_peek">map<span class="dash">-</span>peek</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Apply a function <code class="koka">f</code>  to each element of the input list in sequence where <code class="koka">f</code> takes
+<p class="p noindent">Apply a function <code class="koka">f</code> to each element of the input list in sequence where <code class="koka">f</code> takes
 both the current element and the tail list as arguments.
 </p></div></div>
 <div class="decl" id="map_while"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_list-source.html#map_while">map<span class="dash">-</span>while</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
diff --git a/doc/std_core_maybe-source.html b/doc/std_core_maybe-source.html
index 0a47a8432..62d85b523 100644
--- a/doc/std_core_maybe-source.html
+++ b/doc/std_core_maybe-source.html
@@ -23,86 +23,86 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Standard &#96;:maybe&#96; functions.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#_null_"><span class="mo">std/core/maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_maybe.html#_null_"><span class="mo">std/core/maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#_null_"><span class="mo">std/core/exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_exn.html#_null_"><span class="mo">std/core/exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a>
 
 <span class="comment">// Match a &#96;:maybe&#96; value and either return a default value on &#96;Nothing&#96; or apply a function to the value on &#96;Just&#96;
-</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">onNothing</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">onJust</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">153</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">onNothing<span class="pc">onNothing: <span class="tp op">$</span><span class="number">154</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">onJust<span class="pc">onJust: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">153</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">155</span> <span class="op">$</span><span class="number">154</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">175</span> <span class="number">174</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">onNothing</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">onJust</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">153</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">onNothing<span class="pc">onNothing: <span class="tp op">$</span><span class="number">154</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>, <a class="pp">onJust<span class="pc">onJust: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">153</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">155</span> <span class="op">$</span><span class="number">154</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">175</span> <span class="number">174</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">153</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">onNothing<span class="pc">onNothing: <span class="tp op">$</span><span class="number">154</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">153</span></span></a>) <span class="kw op">-></span> <a class="pp">onJust<span class="pc">onJust: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">153</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">155</span> <span class="op">$</span><span class="number">154</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">153</span></span></a></span>)
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">onNothing<span class="pc">onNothing: <span class="tp op">$</span><span class="number">154</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">153</span></span></a>) <span class="kw op">-></span> <a class="pp">onJust<span class="pc">onJust: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">153</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">155</span> <span class="op">$</span><span class="number">154</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">153</span></span></a></span>)
 
 <span class="comment">// Convert a &#96;:maybe&lt;a&gt;&#96; value to &#96;:a&#96;, using the &#96;nothing&#96; parameter for &#96;Nothing&#96;.
-</span><span class="decl-fun" id="default"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#default">default<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>default: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">nothing</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">94</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">nothing<span class="pc">nothing: <span class="tp op">$</span><span class="number">94</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">108</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-fun" id="default"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#default">default<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>default: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">nothing</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">94</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">nothing<span class="pc">nothing: <span class="tp op">$</span><span class="number">94</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">108</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">94</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">nothing<span class="pc">nothing: <span class="tp op">$</span><span class="number">94</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">94</span></span></a>) <span class="kw op">-></span> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">94</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">nothing<span class="pc">nothing: <span class="tp op">$</span><span class="number">94</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">94</span></span></a>) <span class="kw op">-></span> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">94</span></span></a>
 
 <span class="comment">// Get the value of the &#96;Just&#96; constructor or raise an exception
-</span><span class="decl-fun" id="unjust"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#unjust">unjust<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>unjust: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">185</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">208</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="unjust"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#unjust">unjust<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>unjust: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp tv">a</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">185</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">208</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">185</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">185</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">185</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">185</span></span></a>(<a class="pp">"unexpected Nothing in std/core/maybe/unjust"<span class="pc">literal: <span class="tp">string</span><br>count= 43</span></a></span>)
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">185</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">185</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_exn-source.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">185</span></span></a>(<a class="pp">"unexpected Nothing in std/core/maybe/unjust"<span class="pc">literal: <span class="tp">string</span><br>count= 43</span></a></span>)
 
-<span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">113</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">113</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">143</span> maybe<span class="op">&lt;</span><span class="number">142</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">113</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">113</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">143</span> maybe<span class="op">&lt;</span><span class="number">142</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">113</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">113</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">113</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">113</span></span></a>)</span>)
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">113</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">113</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">115</span> <span class="op">$</span><span class="number">114</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">113</span></span></a>)</span>)
 
-<span class="decl-fun" id="_bar__bar_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#_bar__bar_">(||)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>(||): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">m2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m1<span class="pc">m1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">m2<span class="pc">m2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">225</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="_bar__bar_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#_bar__bar_">(||)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>(||): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">m1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">m2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">m1<span class="pc">m1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">m2<span class="pc">m2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a><span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">225</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">m1<span class="pc">m1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">m2<span class="pc">m2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">m2<span class="pc">m2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a>
     &#95;       <span class="kw op">-></span> <a class="pp">m1<span class="pc">m1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">213</span><span class="op">&gt;</span></span></a></span>
 
 <span class="comment">// Equality on &#96;:maybe&#96;
-</span><span class="decl-fun" id="_eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">mb2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">(@implicit/==)<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">230</span>, <span class="op">$</span><span class="number">230</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="_eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#_eq__eq_">(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">mb2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="op">@implicit/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">(@implicit/==)<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">230</span>, <span class="op">$</span><span class="number">230</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">230</span></span></a>)  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a>
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">230</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">230</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">230</span>, <span class="op">$</span><span class="number">230</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">230</span></span></a>
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a>
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
-                  &#95;       <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">230</span></span></a>)  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a>
+                  <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">230</span></span></a>) <span class="kw op">-></span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">230</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">230</span>, <span class="op">$</span><span class="number">230</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">230</span></span></a>
+                  <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">230</span><span class="op">&gt;</span></span></a>
+                  <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
+                  &#95;       <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
 
 
 <span class="comment">// Order on &#96;:maybe&#96; values
-</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">mb2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">275</span>, <span class="op">$</span><span class="number">275</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="cmp"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">mb2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">275</span>, <span class="op">$</span><span class="number">275</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">275</span></span></a>)  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a>
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">275</span></span></a>) <span class="kw op">-></span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">275</span>, <span class="op">$</span><span class="number">275</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">275</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">275</span></span></a>)
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a>
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a>
-                  &#95;       <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">275</span></span></a>)  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a>
+                  <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">275</span></span></a>) <span class="kw op">-></span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">275</span>, <span class="op">$</span><span class="number">275</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">275</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">275</span></span></a>)
+                  <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">275</span><span class="op">&gt;</span></span></a>
+                  <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a>
+                  &#95;       <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
 
 
 <span class="comment">// Order two &#96;:maybe&#96; values in ascending order
-</span><span class="decl-fun" id="order2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>order2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">mb2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>order2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">@implicit/order2<span class="pc"><span class="lq">?</span>order2: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">316</span>, <span class="op">$</span><span class="number">316</span>) <span class="kw op">-></span> order2<span class="op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">433</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="order2"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>order2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb1</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">mb2</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>order2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">@implicit/order2<span class="pc"><span class="lq">?</span>order2: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">316</span>, <span class="op">$</span><span class="number">316</span>) <span class="kw op">-></span> order2<span class="op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">433</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>
   <span class="kw">match</span> <a class="pp">mb1<span class="pc">mb1: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">316</span></span></a>)  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a>
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">316</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">order2<span class="pc"><span class="lq">?</span>order2: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">316</span>, <span class="op">$</span><span class="number">316</span>) <span class="kw op">-></span> order2<span class="op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">316</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">316</span></span></a>)
-                               <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">316</span></span></a>)   <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">316</span></span></a>))
-                               <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>,<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>),<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>))
-                               <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>,<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>),<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>))
-                  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">316</span></span></a>))
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a></span>)
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">316</span></span></a>)  <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a>
+                  <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">316</span></span></a>) <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">order2<span class="pc"><span class="lq">?</span>order2: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">316</span>, <span class="op">$</span><span class="number">316</span>) <span class="kw op">-></span> order2<span class="op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">316</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">316</span></span></a>)
+                               <a class="pp" href="std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">316</span></span></a>)   <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp op">$</span><span class="number">316</span></span></a>))
+                               <a class="pp" href="std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>,<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>),<a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>))
+                               <a class="pp" href="std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>,<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">l<span class="pc">l: <span class="tp op">$</span><span class="number">316</span></span></a>),<a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">g<span class="pc">g: <span class="tp op">$</span><span class="number">316</span></span></a>))
+                  <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">316</span></span></a>))
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>  <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">mb2<span class="pc">mb2: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">316</span><span class="op">&gt;</span></span></a></span>)
 
 
 
 <span class="comment">// Show a &#96;:maybe&#96; type
-</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">mb<span class="pc">mb: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">438</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">438</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">439</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">484</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">mb<span class="pc">mb: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">438</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">@implicit/show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">438</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">439</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">484</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">mb<span class="pc">mb: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">438</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">438</span></span></a>) <span class="kw op">-></span> <a class="pp">"Just("<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">439</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">438</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">438</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">439</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">439</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">"Nothing"<span class="pc">literal: <span class="tp">string</span><br>count= 7</span></a></span>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">438</span></span></a>) <span class="kw op">-></span> <a class="pp">"Just("<span class="pc">literal: <span class="tp">string</span><br>count= 5</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">439</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">438</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">438</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">439</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">439</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">"Nothing"<span class="pc">literal: <span class="tp">string</span><br>count= 7</span></a></span>
 
 <span class="comment">// Convert a maybe type to a boolean, equivalent to &#96;is-just&#96;.
-</span><span class="decl-fun" id="bool"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#bool">bool<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>bool: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">mb<span class="pc">mb: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">75</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="bool"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_maybe.html#bool">bool<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe<span class="fslash last">/</span></span>bool: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">mb</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">mb<span class="pc">mb: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">75</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">mb<span class="pc">mb: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">75</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>    <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span></pre>
+    <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>    <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>
+    <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span></pre>
 
 </body>
 </html>
diff --git a/doc/std_core_maybe.html b/doc/std_core_maybe.html
index 3bc5543a4..431614ed7 100644
--- a/doc/std_core_maybe.html
+++ b/doc/std_core_maybe.html
@@ -15,51 +15,51 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_maybe-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_maybe-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_bar__bar_"><span class="kw">fun</span>&nbsp;(||)</a></li><li><a class="link" href="#bool"><span class="kw">fun</span>&nbsp;bool</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#default"><span class="kw">fun</span>&nbsp;default</a></li><li><a class="link" href="#map"><span class="kw">fun</span>&nbsp;map</a></li><li><a class="link" href="#maybe"><span class="kw">fun</span>&nbsp;maybe</a></li><li><a class="link" href="#order2"><span class="kw">fun</span>&nbsp;order2</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#unjust"><span class="kw">fun</span>&nbsp;unjust</a></li></ul></div>
 <div class="doc koka comment">
-<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></code> functions.
+<h1 class="synopsis">Standard <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></code> functions.
 </h1>
 
 
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#_eq__eq_">(==)</a></span>( <span class="tp tpp">mb1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">mb2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#_eq__eq_">(==)</a></span>( <span class="tp tpp">mb1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">mb2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Equality on <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code>.
+<p class="p noindent">Equality on <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="_bar__bar_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#_bar__bar_">(||)</a></span>( <span class="tp tpp">m1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">m2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
-<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#bool">bool</a></span>( <span class="tp tpp">mb</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="_bar__bar_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#_bar__bar_">(||)</a></span>( <span class="tp tpp">m1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">m2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
+<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#bool">bool</a></span>( <span class="tp tpp">mb</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a maybe type to a boolean, equivalent to <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#is_just">is<span class="dash">-</span>just<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>is<span class="dash">-</span>just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">maybe</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a></code>.
+<p class="p noindent">Convert a maybe type to a boolean, equivalent to <code class="koka"><a class="pp" href="std_core_types.html#is_just">is<span class="dash">-</span>just<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>is<span class="dash">-</span>just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">maybe</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#cmp">cmp</a></span>( <span class="tp tpp">mb1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">mb2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#cmp">cmp</a></span>( <span class="tp tpp">mb1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">mb2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Order on <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> values.
+<p class="p noindent">Order on <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> values.
 </p></div></div>
-<div class="decl" id="default"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#default">default</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">nothing</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
+<div class="decl" id="default"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#default">default</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">nothing</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></code> value to <code class="koka"><span class="tp tv">a</span></code>, using the <code class="koka">nothing</code> parameter for <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
+<p class="p noindent">Convert a <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></code> value to <code class="koka"><span class="tp tv">a</span></code>, using the <code class="koka">nothing</code> parameter for <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#map">map</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div></div>
-<div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#maybe">maybe</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">onNothing</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>, <span class="tp tpp">onJust</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div><div class="doc koka comment">
+<div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#map">map</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div></div>
+<div class="decl" id="maybe"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#maybe">maybe</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">onNothing</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>, <span class="tp tpp">onJust</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">b</span></div><div class="doc koka comment">
 
-<p class="p noindent">Match a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> value and either return a default value on <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> or apply a function to the value on <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
+<p class="p noindent">Match a <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> value and either return a default value on <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> or apply a function to the value on <code class="koka"><a class="pp" href="std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#order2">order2</a></span>( <span class="tp tpp">mb1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">mb2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span>order2</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#order2">order2</a></span>( <span class="tp tpp">mb1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">mb2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span>order2</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Order two <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> values in ascending order.
+<p class="p noindent">Order two <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> values in ascending order.
 </p></div></div>
-<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#show">show</a></span>( <span class="tp tpp">mb</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#show">show</a></span>( <span class="tp tpp">mb</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp"><span class="lq">?</span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Show a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
+<p class="p noindent">Show a <code class="koka"><a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div>
-<div class="decl" id="unjust"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#unjust">unjust</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
+<div class="decl" id="unjust"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_maybe-source.html#unjust">unjust</a></span>( <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_exn.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp tv">a</span></div><div class="doc koka comment">
 
-<p class="p noindent">Get the value of the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor or raise an exception.
+<p class="p noindent">Get the value of the <code class="koka"><a class="pp" href="std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor or raise an exception.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="std_core_exn.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_order-source.html b/doc/std_core_order-source.html
index 4ac88f978..1734bc362 100644
--- a/doc/std_core_order-source.html
+++ b/doc/std_core_order-source.html
@@ -60,11 +60,11 @@
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> </span><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
 
 <span class="comment">// Given a comparison function, we can order 2 elements.
-</span><span class="decl-fun" id="order2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order<span class="fslash last">/</span></span>order2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">61</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">61</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">cmp<span class="pc">cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">61</span>, <span class="op">$</span><span class="number">61</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="number">98</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">cmp<span class="pc">cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">61</span>, <span class="op">$</span><span class="number">61</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">61</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">61</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">61</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">61</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">61</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">61</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">61</span></span></a></span>)
+</span><span class="decl-fun" id="order2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order<span class="fslash last">/</span></span>order2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">205</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">205</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">@implicit/cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">205</span>, <span class="op">$</span><span class="number">205</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="number">243</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">cmp<span class="pc"><span class="lq">?</span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">205</span>, <span class="op">$</span><span class="number">205</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">205</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">205</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">205</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">205</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">205</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">205</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">205</span></span></a></span>)
 </pre>
 
 </body>
diff --git a/doc/std_core_order.html b/doc/std_core_order.html
index 1b153dfb8..e51513f61 100644
--- a/doc/std_core_order.html
+++ b/doc/std_core_order.html
@@ -36,7 +36,7 @@ <h1 class="synopsis">Standard <code class="koka"><a class="pp" href="https://kok
 <div class="decl" id="_gt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_order-source.html#_gt_">(&gt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
 <div class="decl" id="_gt__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_order-source.html#_gt__eq_">(&gt;=)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div></div>
 <div class="decl" id="int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_order-source.html#int">int</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_order-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp op">^</span><span class="tp tpp">cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_order-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Given a comparison function, we can order 2 elements.
 </p></div></div>
diff --git a/doc/std_core_sslice-source.html b/doc/std_core_sslice-source.html
index 4ef4ee336..96d739d05 100644
--- a/doc/std_core_sslice-source.html
+++ b/doc/std_core_sslice-source.html
@@ -231,30 +231,30 @@
 
 <span class="comment">// Apply a function for each character in a string slice.
 // If &#96;action&#96; returns &#96;Just&#96;, the function returns immediately with that result.
-</span><span class="decl-fun" id="foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">637</span> maybe<span class="op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">691</span> maybe<span class="op">&lt;</span><span class="number">690</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a><span class="kw op">.</span><a class="pp" href="#next">next<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>next: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">637</span> maybe<span class="op">&lt;</span>(char, sslice)<span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">388</span> maybe<span class="op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">442</span> maybe<span class="op">&lt;</span><span class="number">441</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a><span class="kw op">.</span><a class="pp" href="#next">next<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>next: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">388</span> maybe<span class="op">&lt;</span>(char, sslice)<span class="op">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>,<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>) <span class="kw op">-></span>
-      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">637</span> maybe<span class="op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">637</span> maybe<span class="op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">637</span> maybe<span class="op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">637</span> sslice</span></a>(<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a>),<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">637</span> maybe<span class="op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a>)
-        <a class="pp">res<span class="pc">res: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a>     <span class="kw op">-></span> <a class="pp">res<span class="pc">res: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a></span>
+      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">388</span> maybe<span class="op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">388</span> maybe<span class="op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">388</span> maybe<span class="op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">388</span> sslice</span></a>(<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a>),<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">388</span> maybe<span class="op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a>)
+        <a class="pp">res<span class="pc">res: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a>     <span class="kw op">-></span> <a class="pp">res<span class="pc">res: <span class="tp">maybe</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a></span>
 
 
 <span class="comment">// Apply a function for each character in a string slice.
-</span><span class="decl-fun" id="foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">738</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">766</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">738</span> maybe<span class="op">&lt;</span>&#95;754<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">738</span> maybe<span class="op">&lt;</span>&#95;754<span class="op">&gt;</span></span></a>( <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a> ) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">738</span> maybe<span class="op">&lt;</span>&#95;754<span class="op">&gt;</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
-    <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">738</span> ()</span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
+</span><span class="decl-fun" id="foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">489</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">517</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">489</span> maybe<span class="op">&lt;</span>&#95;505<span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">489</span> maybe<span class="op">&lt;</span>&#95;505<span class="op">&gt;</span></span></a>( <a class="pp">slice<span class="pc">slice: <span class="tp">sslice</span></span></a> ) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">489</span> maybe<span class="op">&lt;</span>&#95;505<span class="op">&gt;</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
+    <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">489</span> ()</span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
   <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Invoke a function for each character in a string.
 // If &#96;action&#96; returns &#96;Just&#96;, the function returns immediately with that result.
-</span><span class="decl-fun" id="string_fs_foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#string_fs_foreach_while">string/foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">693</span> maybe<span class="op">&lt;$</span><span class="number">692</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">721</span> maybe<span class="op">&lt;</span><span class="number">720</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#slice">slice<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>slice: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">693</span> sslice</span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">693</span> maybe<span class="op">&lt;$</span><span class="number">692</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">693</span> maybe<span class="op">&lt;$</span><span class="number">692</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">693</span> maybe<span class="op">&lt;$</span><span class="number">692</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="string_fs_foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#string_fs_foreach_while">string/foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">444</span> maybe<span class="op">&lt;$</span><span class="number">443</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">472</span> maybe<span class="op">&lt;</span><span class="number">471</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#slice">slice<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>slice: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">444</span> sslice</span></a><span class="kw op">.</span><a class="pp" href="#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">444</span> maybe<span class="op">&lt;$</span><span class="number">443</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">444</span> maybe<span class="op">&lt;$</span><span class="number">443</span><span class="op">&gt;</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">444</span> maybe<span class="op">&lt;$</span><span class="number">443</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="comment">// Invoke a function for each character in a string
-</span><span class="decl-fun" id="string_fs_foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#string_fs_foreach">string/foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">770</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">788</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#slice">slice<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>slice: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">770</span> sslice</span></a><span class="kw op">.</span><a class="pp" href="#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">770</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">770</span> ()</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">770</span> ()</span></a></span>)
+</span><span class="decl-fun" id="string_fs_foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#string_fs_foreach">string/foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">521</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span><span class="tp kw op">:</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">539</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#slice">slice<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>slice: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">521</span> sslice</span></a><span class="kw op">.</span><a class="pp" href="#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">521</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">521</span> ()</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">521</span> ()</span></a></span>)
 
 <span class="comment">// Return the first character of a string (or &#96;Nothing&#96; for the empty string).
 </span><span class="decl-fun" id="head_char"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#head_char">head-char<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>head<span class="dash">-</span>char: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
@@ -266,10 +266,10 @@
 //
 </span>
 <span class="comment">// Count the number of times a predicate is true for each character in a string
-</span><span class="decl-fun" id="pred_fs_count"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#pred_fs_count">pred/count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">pred<span class="fslash">/</span></span>count: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">792</span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">891</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">cnt<span class="pc">cnt: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">801</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
-  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#string_fs_foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">801</span><span class="op">&gt;|$</span><span class="number">792</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">801</span><span class="op">&gt;|$</span><span class="number">792</span><span class="op">&gt;</span> ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">801</span><span class="op">&gt;|$</span><span class="number">792</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
-    <span class="kw">if</span> <span class="kw">mask</span><span class="op">&lt;</span><a class="pp"><span class="tp">local</span><span class="pc">&#95;1: <span class="co">H</span></span></a><span class="op">&gt;</span>{<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">792</span> bool</span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)} <span class="kw">then</span> <a class="pp">cnt<span class="pc">cnt: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">801</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">801</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">801</span><span class="op">&gt;|$</span><span class="number">792</span><span class="op">&gt;</span> ()</span></a> <a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">801</span><span class="op">&gt;|$</span><span class="number">792</span><span class="op">&gt;</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
+</span><span class="decl-fun" id="pred_fs_count"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#pred_fs_count">pred/count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">pred<span class="fslash">/</span></span>count: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">int</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">543</span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">642</span> int</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+  <span class="kw">var</span> <a class="pp">cnt<span class="pc">cnt: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">552</span>,int<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a>
+  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#string_fs_foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">552</span><span class="op">&gt;|$</span><span class="number">543</span><span class="op">&gt;</span> ()) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">552</span><span class="op">&gt;|$</span><span class="number">543</span><span class="op">&gt;</span> ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">552</span><span class="op">&gt;|$</span><span class="number">543</span><span class="op">&gt;</span> ()</span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)
+    <span class="kw">if</span> <span class="kw">mask</span><span class="op">&lt;</span><a class="pp"><span class="tp">local</span><span class="pc">&#95;1: <span class="co">H</span></span></a><span class="op">&gt;</span>{<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">543</span> bool</span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>)} <span class="kw">then</span> <a class="pp">cnt<span class="pc">cnt: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">552</span>,int<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">552</span>,int<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">552</span><span class="op">&gt;|$</span><span class="number">543</span><span class="op">&gt;</span> ()</span></a> <a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">552</span><span class="op">&gt;|$</span><span class="number">543</span><span class="op">&gt;</span> int</span></a><a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>
   <a class="pp">cnt<span class="pc">cnt: <span class="tp">int</span></span></a></span>
 
 
diff --git a/doc/std_core_tuple-source.html b/doc/std_core_tuple-source.html
index fd26b7b81..c38bbb16a 100644
--- a/doc/std_core_tuple-source.html
+++ b/doc/std_core_tuple-source.html
@@ -23,62 +23,62 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Standard tuple functions.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#_null_"><span class="mo">std/core/tuple</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_tuple.html#_null_"><span class="mo">std/core/tuple</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
 
 <span class="comment">// Map a function over a tuple of elements of the same type.
-</span><span class="decl-fun" id="tuple2_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple2_fs_map">tuple2/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">149</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">243</span> (<span class="number">242</span>, <span class="number">242</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">148</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">149</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">148</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">149</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+</span><span class="decl-fun" id="tuple2_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple2_fs_map">tuple2/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">149</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">243</span> (<span class="number">242</span>, <span class="number">242</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">148</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">149</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>, <span class="op">$</span><span class="number">148</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">148</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">148</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">150</span> <span class="op">$</span><span class="number">149</span></span></a></span><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Map a function over a triple of elements of the same type.
-</span><span class="decl-fun" id="tuple3_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple3_fs_map">tuple3/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">390</span> (<span class="number">389</span>, <span class="number">389</span>, <span class="number">389</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple3_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">253</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple3_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">253</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple3_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>thd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">253</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>
+</span><span class="decl-fun" id="tuple3_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple3_fs_map">tuple3/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">390</span> (<span class="number">389</span>, <span class="number">389</span>, <span class="number">389</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple3_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">253</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple3_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">253</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple3_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>thd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>, <span class="op">$</span><span class="number">253</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">253</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">253</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">255</span> <span class="op">$</span><span class="number">254</span></span></a></span><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Map a function over a quadruple of elements of the same type.
-</span><span class="decl-fun" id="tuple4_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple4_fs_map">tuple4/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">577</span> (<span class="number">576</span>, <span class="number">576</span>, <span class="number">576</span>, <span class="number">576</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple4_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple4_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple4_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>thd: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple4_fs_field4">field4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>field4: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>
+</span><span class="decl-fun" id="tuple4_fs_map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple4_fs_map">tuple4/map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>( <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">577</span> (<span class="number">576</span>, <span class="number">576</span>, <span class="number">576</span>, <span class="number">576</span>)</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple4_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple4_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple4_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>thd: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple4_fs_field4">field4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>field4: <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>, <span class="op">$</span><span class="number">400</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">400</span></span></a><span class="kw op">.</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">400</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">402</span> <span class="op">$</span><span class="number">401</span></span></a></span><a class="pp" href="std_core_types-source.html#con_space_Tuple4"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tpp">field4</span> <span class="tp kw op">:</span> <span class="tp tv">d</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span></span></a>
 
 
 <span class="comment">// Element-wise tuple equality
-</span><span class="decl-fun" id="tuple2_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple2_fs__eq__eq_">tuple2/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="op">@implicit/fst/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>, <span class="op">@implicit/snd/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1070</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1071</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1070</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1071</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">(@implicit/fst/==)<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1070</span>, <span class="op">$</span><span class="number">1070</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">(@implicit/snd/==)<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1071</span>, <span class="op">$</span><span class="number">1071</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  (<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1070</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1070</span>, <span class="op">$</span><span class="number">1070</span>) <span class="kw op">-></span> bool</span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1070</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1071</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1071</span>, <span class="op">$</span><span class="number">1071</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1071</span></span></a></span>)
+</span><span class="decl-fun" id="tuple2_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple2_fs__eq__eq_">tuple2/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="op">@implicit/fst/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>, <span class="op">@implicit/snd/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1070</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1071</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1070</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1071</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">(@implicit/fst/==)<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1070</span>, <span class="op">$</span><span class="number">1070</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">(@implicit/snd/==)<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1071</span>, <span class="op">$</span><span class="number">1071</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  (<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1070</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1070</span>, <span class="op">$</span><span class="number">1070</span>) <span class="kw op">-></span> bool</span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1070</span></span></a>) <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1071</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1071</span>, <span class="op">$</span><span class="number">1071</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1071</span></span></a></span>)
 
 <span class="comment">// Element-wise triple equality
-</span><span class="decl-fun" id="tuple3_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple3_fs__eq__eq_">tuple3/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="op">@implicit/fst/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>, <span class="op">@implicit/snd/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>, <span class="op">@implicit/thd/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1131</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1132</span></span></a>,<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1133</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1131</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1132</span></span></a>,<a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1133</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">(@implicit/fst/==)<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1131</span>, <span class="op">$</span><span class="number">1131</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">(@implicit/snd/==)<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1132</span>, <span class="op">$</span><span class="number">1132</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">(@implicit/thd/==)<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1133</span>, <span class="op">$</span><span class="number">1133</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  (<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1131</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1131</span>, <span class="op">$</span><span class="number">1131</span>) <span class="kw op">-></span> bool</span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1131</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1132</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1132</span>, <span class="op">$</span><span class="number">1132</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1132</span></span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1133</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1133</span>, <span class="op">$</span><span class="number">1133</span>) <span class="kw op">-></span> bool</span></a><a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1133</span></span></a></span>)
+</span><span class="decl-fun" id="tuple3_fs__eq__eq_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple3_fs__eq__eq_">tuple3/(==)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>(==): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="op">@implicit/fst/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>, <span class="op">@implicit/snd/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>, <span class="op">@implicit/thd/(==)</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span>) <span class="kw op">-></span> bool</span></a>( <a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1131</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1132</span></span></a>,<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1133</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1131</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1132</span></span></a>,<a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1133</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">(@implicit/fst/==)<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1131</span>, <span class="op">$</span><span class="number">1131</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">(@implicit/snd/==)<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1132</span>, <span class="op">$</span><span class="number">1132</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">(@implicit/thd/==)<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1133</span>, <span class="op">$</span><span class="number">1133</span>) <span class="kw op">-></span> bool</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  (<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1131</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1131</span>, <span class="op">$</span><span class="number">1131</span>) <span class="kw op">-></span> bool</span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1131</span></span></a>) <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1132</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1132</span>, <span class="op">$</span><span class="number">1132</span>) <span class="kw op">-></span> bool</span></a><a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1132</span></span></a>) <a class="pp" href="std_core_types-source.html#_amp__amp_">&amp;&amp;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> (<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1133</span></span></a><a class="pp">==<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>(==): <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1133</span>, <span class="op">$</span><span class="number">1133</span>) <span class="kw op">-></span> bool</span></a><a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1133</span></span></a></span>)
 
 
 <span class="comment">// Order on tuples
-</span><span class="decl-fun" id="tuple2_fs_cmp"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple2_fs_cmp">tuple2/cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1236</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1237</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1236</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1237</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">@implicit/fst/cmp<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1236</span>, <span class="op">$</span><span class="number">1236</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <a class="pp">@implicit/snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1237</span>, <span class="op">$</span><span class="number">1237</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="tuple2_fs_cmp"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple2_fs_cmp">tuple2/cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1236</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1237</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1236</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1237</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">@implicit/fst/cmp<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1236</span>, <span class="op">$</span><span class="number">1236</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <a class="pp">@implicit/snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1237</span>, <span class="op">$</span><span class="number">1237</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">fst/cmp<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1236</span>, <span class="op">$</span><span class="number">1236</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1236</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1236</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1237</span>, <span class="op">$</span><span class="number">1237</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1237</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1237</span></span></a>)
+    <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1237</span>, <span class="op">$</span><span class="number">1237</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1237</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1237</span></span></a>)
     <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a></span>
 
 <span class="comment">// Order on triples
-</span><span class="decl-fun" id="tuple3_fs_cmp"><span class="kw">pub</span> fbip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple3_fs_cmp">tuple3/cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>thd<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1272</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1273</span></span></a>,<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1274</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1272</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1273</span></span></a>,<a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1274</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <span class="op">^</span><a class="pp">@implicit/fst/cmp<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1272</span>, <span class="op">$</span><span class="number">1272</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">@implicit/snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1273</span>, <span class="op">$</span><span class="number">1273</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">@implicit/thd/cmp<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1274</span>, <span class="op">$</span><span class="number">1274</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="tuple3_fs_cmp"><span class="kw">pub</span> fbip <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple3_fs_cmp">tuple3/cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>cmp: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>thd<span class="fslash">/</span>cmp</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1272</span></span></a>,<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1273</span></span></a>,<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1274</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1272</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1273</span></span></a>,<a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1274</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <span class="op">^</span><a class="pp">@implicit/fst/cmp<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1272</span>, <span class="op">$</span><span class="number">1272</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">@implicit/snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1273</span>, <span class="op">$</span><span class="number">1273</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">@implicit/thd/cmp<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1274</span>, <span class="op">$</span><span class="number">1274</span>) <span class="kw op">-></span> order</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">fst/cmp<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1272</span>, <span class="op">$</span><span class="number">1272</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1272</span></span></a>,<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1272</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1273</span>, <span class="op">$</span><span class="number">1273</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1273</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1273</span></span></a>)
-            <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">thd/cmp<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1274</span>, <span class="op">$</span><span class="number">1274</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1274</span></span></a>,<a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1274</span></span></a>)
+    <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <span class="kw">match</span> <a class="pp">snd/cmp<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1273</span>, <span class="op">$</span><span class="number">1273</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">y1<span class="pc">y1: <span class="tp op">$</span><span class="number">1273</span></span></a>,<a class="pp">y2<span class="pc">y2: <span class="tp op">$</span><span class="number">1273</span></span></a>)
+            <a class="pp" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">thd/cmp<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>cmp: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1274</span>, <span class="op">$</span><span class="number">1274</span>) <span class="kw op">-></span> order</span></a>(<a class="pp">z1<span class="pc">z1: <span class="tp op">$</span><span class="number">1274</span></span></a>,<a class="pp">z2<span class="pc">z2: <span class="tp op">$</span><span class="number">1274</span></span></a>)
             <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a>
     <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp">lg<span class="pc">lg: <span class="tp">order</span></span></a></span>
 
 
 <span class="comment">// Convert a unit value &#96;()&#96; to a string
-</span><span class="decl-fun" id="unit_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#unit_fs_show">unit/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">unit<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">u</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">u<span class="pc">u: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="unit_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#unit_fs_show">unit/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">unit<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">u</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">u<span class="pc">u: <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <a class="pp">"()"<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a></span>
 
 <span class="comment">// Show a tuple
-</span><span class="decl-fun" id="tuple2_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple2_fs_show">tuple2/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">@implicit/fst/show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/snd/show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">588</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">748</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">"("<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> <span class="op">$</span><span class="number">587</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> <span class="op">$</span><span class="number">588</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">588</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
+</span><span class="decl-fun" id="tuple2_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple2_fs_show">tuple2/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">@implicit/fst/show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/snd/show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">588</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">748</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp">"("<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> <span class="op">$</span><span class="number">587</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">587</span>, <span class="op">$</span><span class="number">588</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> <span class="op">$</span><span class="number">588</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">588</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">589</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">589</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
 
 <span class="comment">// Show a triple
-</span><span class="decl-fun" id="tuple3_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#tuple3_fs_show">tuple3/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>thd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">@implicit/fst/show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/snd/show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/thd/show<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">751</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">990</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">"("<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple3_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> <span class="op">$</span><span class="number">749</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple3_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> <span class="op">$</span><span class="number">750</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#tuple3_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>thd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> <span class="op">$</span><span class="number">751</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">751</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
+</span><span class="decl-fun" id="tuple3_fs_show"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#tuple3_fs_show">tuple3/show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>thd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">@implicit/fst/show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/snd/show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">@implicit/thd/show<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">751</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">990</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp">"("<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple3_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>fst: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> <span class="op">$</span><span class="number">749</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple3_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>snd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> <span class="op">$</span><span class="number">750</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">750</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">","<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)</span></a><span class="kw op">.</span><a class="pp" href="std_core_types-source.html#tuple3_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>thd: <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">749</span>, <span class="op">$</span><span class="number">750</span>, <span class="op">$</span><span class="number">751</span>)) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> <span class="op">$</span><span class="number">751</span></span></a><span class="kw op">.</span><a class="pp">show<span class="pc"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">751</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">752</span> string</span></a> <a class="pp" href="std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">752</span> string</span></a> <a class="pp">")"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
 
 <span class="comment">// &#95;deprecated&#95;, use &#96;tuple2/show&#96; instead
-</span><span class="decl-fun" id="show_tuple"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#show_tuple">show-tuple<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span>show<span class="dash">-</span>tuple: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">showfst</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">showsnd</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>, <span class="op">$</span><span class="number">1013</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">showfst<span class="pc">showfst: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">showsnd<span class="pc">showsnd: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1013</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1060</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="show_tuple"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_tuple.html#show_tuple">show-tuple<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span>show<span class="dash">-</span>tuple: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">showfst</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">showsnd</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>, <span class="op">$</span><span class="number">1013</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span>, <a class="pp">showfst<span class="pc">showfst: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">showsnd<span class="pc">showsnd: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1013</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1060</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <a class="pp" href="#tuple2_fs_show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>, <span class="op">$</span><span class="number">1013</span>), @implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string, @implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1013</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a>(<a class="pp">x<span class="pc">x: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>, <span class="op">$</span><span class="number">1013</span>)</span></a>,@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show<span class="kw">=</span><a class="pp">showfst<span class="pc">showfst: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1012</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a>,@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show<span class="kw">=</span><a class="pp">showsnd<span class="pc">showsnd: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1013</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1014</span> string</span></a></span>)
 
 </pre>
diff --git a/doc/std_core_tuple.html b/doc/std_core_tuple.html
index e76ba63a3..c06e7b4cc 100644
--- a/doc/std_core_tuple.html
+++ b/doc/std_core_tuple.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_tuple-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_tuple-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#tuple2_fs__eq__eq_"><span class="kw">fun</span>&nbsp;<span class="lq">tuple2<span class="fslash">/</span></span>(==)</a></li><li><a class="link" href="#tuple2_fs_cmp"><span class="kw">fun</span>&nbsp;<span class="lq">tuple2<span class="fslash">/</span></span>cmp</a></li><li><a class="link" href="#tuple2_fs_map"><span class="kw">fun</span>&nbsp;<span class="lq">tuple2<span class="fslash">/</span></span>map</a></li><li><a class="link" href="#tuple2_fs_show"><span class="kw">fun</span>&nbsp;<span class="lq">tuple2<span class="fslash">/</span></span>show</a></li><li><a class="link" href="#tuple3_fs__eq__eq_"><span class="kw">fun</span>&nbsp;<span class="lq">tuple3<span class="fslash">/</span></span>(==)</a></li><li><a class="link" href="#tuple3_fs_cmp"><span class="kw">fun</span>&nbsp;<span class="lq">tuple3<span class="fslash">/</span></span>cmp</a></li></ul><ul class="toc"><li><a class="link" href="#tuple3_fs_map"><span class="kw">fun</span>&nbsp;<span class="lq">tuple3<span class="fslash">/</span></span>map</a></li><li><a class="link" href="#tuple3_fs_show"><span class="kw">fun</span>&nbsp;<span class="lq">tuple3<span class="fslash">/</span></span>show</a></li><li><a class="link" href="#tuple4_fs_map"><span class="kw">fun</span>&nbsp;<span class="lq">tuple4<span class="fslash">/</span></span>map</a></li><li><a class="link" href="#unit_fs_show"><span class="kw">fun</span>&nbsp;<span class="lq">unit<span class="fslash">/</span></span>show</a></li><li><a class="link" href="#show_tuple"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>tuple</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">Standard tuple functions.
@@ -25,11 +25,11 @@ <h1 class="synopsis">Standard tuple functions.
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="tuple2_fs__eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple2_fs__eq__eq_"><span class="lq">tuple2<span class="fslash">/</span></span>(==)</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="tuple2_fs__eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple2_fs__eq__eq_"><span class="lq">tuple2<span class="fslash">/</span></span>(==)</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Element-wise tuple equality.
 </p></div></div>
-<div class="decl" id="tuple2_fs_cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple2_fs_cmp"><span class="lq">tuple2<span class="fslash">/</span></span>cmp</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="tuple2_fs_cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple2_fs_cmp"><span class="lq">tuple2<span class="fslash">/</span></span>cmp</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Order on tuples.
 </p></div></div>
@@ -37,15 +37,15 @@ <h1 class="synopsis">Standard tuple functions.
 
 <p class="p noindent">Map a function over a tuple of elements of the same type.
 </p></div></div>
-<div class="decl" id="tuple2_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple2_fs_show"><span class="lq">tuple2<span class="fslash">/</span></span>show</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="tuple2_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple2_fs_show"><span class="lq">tuple2<span class="fslash">/</span></span>show</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Show a tuple.
 </p></div></div>
-<div class="decl" id="tuple3_fs__eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple3_fs__eq__eq_"><span class="lq">tuple3<span class="fslash">/</span></span>(==)</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="tuple3_fs__eq__eq_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple3_fs__eq__eq_"><span class="lq">tuple3<span class="fslash">/</span></span>(==)</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>(==)</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Element-wise triple equality.
 </p></div></div>
-<div class="decl" id="tuple3_fs_cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple3_fs_cmp"><span class="lq">tuple3<span class="fslash">/</span></span>cmp</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="tuple3_fs_cmp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple3_fs_cmp"><span class="lq">tuple3<span class="fslash">/</span></span>cmp</a></span>( <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>cmp</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Order on triples.
 </p></div></div>
@@ -53,7 +53,7 @@ <h1 class="synopsis">Standard tuple functions.
 
 <p class="p noindent">Map a function over a triple of elements of the same type.
 </p></div></div>
-<div class="decl" id="tuple3_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple3_fs_show"><span class="lq">tuple3<span class="fslash">/</span></span>show</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="tuple3_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#tuple3_fs_show"><span class="lq">tuple3<span class="fslash">/</span></span>show</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span>, <span class="tp tpp"><span class="lq">?</span><span class="lq">fst<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">snd<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp"><span class="lq">?</span><span class="lq">thd<span class="fslash">/</span></span>show</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Show a triple.
 </p></div></div>
@@ -61,15 +61,15 @@ <h1 class="synopsis">Standard tuple functions.
 
 <p class="p noindent">Map a function over a quadruple of elements of the same type.
 </p></div></div>
-<div class="decl" id="unit_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#unit_fs_show"><span class="lq">unit<span class="fslash">/</span></span>show</a></span>( <span class="tp tpp">u</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="unit_fs_show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#unit_fs_show"><span class="lq">unit<span class="fslash">/</span></span>show</a></span>( <span class="tp tpp">u</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Convert a unit value <code class="koka">()</code> to a string.
 </p></div></div>
-<div class="decl" id="show_tuple"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#show_tuple">show<span class="dash">-</span>tuple</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp">showfst</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">showsnd</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="show_tuple"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_tuple-source.html#show_tuple">show<span class="dash">-</span>tuple</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span>, <span class="tp tpp">showfst</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">showsnd</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent"><em class="em-low1">deprecated</em>, use <code class="koka"><a class="pp" href="#tuple2_fs_show"><span class="lq">tuple2<span class="fslash">/</span></span>show<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>show: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>fst<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">@implicit<span class="fslash">/</span>snd<span class="fslash">/</span>show</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp">string</span></span></a></code> instead.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_types-source.html b/doc/std_core_types-source.html
index 8421d72b2..617cb71fb 100644
--- a/doc/std_core_types-source.html
+++ b/doc/std_core_types-source.html
@@ -38,7 +38,7 @@
    &#42; &#96;HX&#96;  a short-hand for user defined effect handlers of kind &#96;(E,V) -&gt; V&#96;
 
 &#42;/</span>
-<span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">module</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
 
 <span class="kw">pub</span> <span class="kw">infixr</span> <span class="number">80</span>  <span class="op">(^)</span>
 <span class="kw">pub</span> <span class="kw">infixl</span> <span class="number">70</span>  <span class="op">(&#42;)</span>, <span class="op">(%)</span>, <span class="op">(/)</span>, cdiv, cmod
@@ -59,18 +59,18 @@
 </span>
 <span class="comment">// An arbitrary precision signed integer.
 // See &#96;module std/core/int&#96; for integer operations.
-</span><span class="decl-type" id="type_space_int"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_int"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A 64-bit IEEE 754 double precision floating point value.
 // See &#96;module std/num/float64&#96; for operations on &#96;:float64&#96;s.
-</span><span class="decl-type" id="type_space_float64"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_float64"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A unicode character.
 // Characters are unicode &#95;codepoint&#95;\/s.
 // This is different from a unicode &#95;grapheme&#95; which represents a single displayed
 // symbol and can consists of multiple codepoints due to combining characters and marks.
 // (see also &#96;module std/core/char&#96; and the &#96;module std/text/unicode&#96; module).
-</span><span class="decl-type" id="type_space_char"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_char"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A string is a sequence of unicode character points (&#96;char&#96;).
 // The encoding of a string is internal and there
@@ -78,47 +78,47 @@
 // Use the &#96;:sslice&#96; type for efficient matching and retrieving
 // sub-strings from string. See &#96;module std/core/string&#96; and
 // &#96;module std/core/sslice&#96; for string operations.
-</span><span class="decl-type" id="type_space_string"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_string"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A 8-bit signed integer (represented in two's complement).
 // Provides no operations and used only for storage and interaction with external code.
-</span><span class="decl-type" id="type_space_int8"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_int8"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A 16-bit signed integer (represented in two's complement).
 // Provides no operations and used only for storage and interaction with external code.
-</span><span class="decl-type" id="type_space_int16"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_int16"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A 32-bit signed integer (represented in two's complement).
 // See the &#96;module std/num/int32&#96; module for operations on 32-bit integers.
-</span><span class="decl-type" id="type_space_int32"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_int32"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A 64-bit signed integer (represented in two's complement).
 // See the &#96;module std/num/int64&#96; module for operations on 64-bit integers.
-</span><span class="decl-type" id="type_space_int64"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_int64"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A signed two's complement integer equal to a signed &#96;size&#95;t&#96; in C, i.e.
 // it can hold the byte size of any object, in particular the maximum possible
 // byte size of a vector or string.
 // Provides no operations but is used mostly for interaction with external code.
 // The Javascript backend uses &#96;int32&#96; for this.
-</span><span class="decl-type" id="type_space_ssize__t"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_ssize__t"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A signed two's complement integer equal to an &#96;intptr&#95;t&#96; in C, i.e.
 // it has the same bit-size as a native pointer (&#96;void&#42;&#96;).
 // Provides no operations but is used mostly for interaction with external code.
 // The Javascript backend uses &#96;int64&#96; for this.
-</span><span class="decl-type" id="type_space_intptr__t"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_intptr__t"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></span>
 
 <span class="comment">// A 32-bit IEEE 754 single precision floating point value.
 // Provides currently no operations and currently only used for storage and for interaction with external code.
-</span><span class="decl-type" id="type_space_float32"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float32"><span class="tp">float32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float32: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_float32"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_float32"><span class="tp">float32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float32: <span class="co">V</span></span></a></span>
 
 <span class="comment">// The type of immutable polymorphic arrays is called &#96;:vector&#96;.
 // See &#96;module std/core/vector&#96; for vector operations.
-</span><span class="decl-type" id="type_space_vector"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a></span><span class="tp sp">&gt;</span>
+</span><span class="decl-type" id="type_space_vector"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a></span><span class="tp sp">&gt;</span>
 
 <span class="comment">// An any type. Used for external calls.
-</span><span class="decl-type" id="type_space_any"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_any"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a></span>
 
 <span class="comment">// Internal type used for in-place update of unique pattern matches.
 </span><span class="kw">pub</span> <span class="tp kw">type</span> <span class="tp">@reuse</span>
@@ -130,49 +130,49 @@
 
 <span class="comment">// The &#95;total&#95; effect represents the absence of any effect.
 // Usually written as &#96;&lt;&gt;&#96;
-</span><span class="decl-type" id="type_space_total"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <span class="tp sp">::</span> </span><span class="co">E</span>
+</span><span class="decl-type" id="type_space_total"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <span class="tp sp">::</span> </span><span class="co">E</span>
 
 <span class="comment">// The effect constructor extends an effect row with another effect.
 // Usually written as &#96;&lt;&#95;|&#95;&gt;&#96;
-</span><span class="decl-type" id="type_space_effect_extend"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_effect_extend"><span class="tp">effect-extend</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">X</span>,<span class="co">E</span>) <span class="kw op">-></span> </span><span class="co">E</span>
+</span><span class="decl-type" id="type_space_effect_extend"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_effect_extend"><span class="tp">effect-extend</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">X</span>,<span class="co">E</span>) <span class="kw op">-></span> </span><span class="co">E</span>
 
 <span class="comment">// The divergence effect: a divergent function may not terminate.
-</span><span class="decl-type" id="type_space_div"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a> <span class="tp sp">::</span> </span><span class="co">X</span>
+</span><span class="decl-type" id="type_space_div"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a> <span class="tp sp">::</span> </span><span class="co">X</span>
 
 <span class="comment">// The non-determinism effect.
-</span><span class="decl-type" id="type_space_ndet"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <span class="tp sp">::</span> </span><span class="co">X</span>
+</span><span class="decl-type" id="type_space_ndet"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <span class="tp sp">::</span> </span><span class="co">X</span>
 
 <span class="comment">// The alloc effect signifies a function may allocate in a heap &#96;:h&#96;
-</span><span class="decl-type" id="type_space_alloc"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="co">H</span> <span class="kw op">-></span> </span><span class="co">X</span>
+</span><span class="decl-type" id="type_space_alloc"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="co">H</span> <span class="kw op">-></span> </span><span class="co">X</span>
 
 <span class="comment">// The read effect: signifies that a function may read from from heap &#96;:h&#96;.
-</span><span class="decl-type" id="type_space_read"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="co">H</span> <span class="kw op">-></span> </span><span class="co">X</span>
+</span><span class="decl-type" id="type_space_read"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="co">H</span> <span class="kw op">-></span> </span><span class="co">X</span>
 
 <span class="comment">// The write effect: signifies that a function may write to heap &#96;:h&#96;.
-</span><span class="decl-type" id="type_space_write"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="co">H</span> <span class="kw op">-></span> </span><span class="co">X</span>
+</span><span class="decl-type" id="type_space_write"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="co">H</span> <span class="kw op">-></span> </span><span class="co">X</span>
 
 <span class="comment">// Stateful functions can manipulate heap &#96;:h&#96; using allocations, reads and writes.
-</span><span class="decl-alias" id="type_space_st"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw">=</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span></span><span class="tp sp">&gt;</span>
+</span><span class="decl-alias" id="type_space_st"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="std_core_types.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw">=</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span></span><span class="tp sp">&gt;</span>
 
 <span class="comment">// The &#96;:global&#96; heap is a special heap constant to denote the global shared heap
-</span><span class="decl-type" id="type_space_global"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a> <span class="tp sp">::</span> </span><span class="co">H</span>
+</span><span class="decl-type" id="type_space_global"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a> <span class="tp sp">::</span> </span><span class="co">H</span>
 
 <span class="comment">// Handled effects are lifted to an atomic effect using the &#96;:handled&#96; type constructor
 // All user defined effects are &#96;:handled&#96; since they require a handler to be dismissed.
 // In contrast, some built-in effects, like &#96;:div&#96; or &#96;:st&#96; do not require a handler
 // as these are handled by the system.
 // In particular, the runtime evidence vector only contains &#96;:handled&#96; (and &#96;:handled1&#96;) effects.
-</span><span class="decl-type" id="type_space_handled"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>    <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
+</span><span class="decl-type" id="type_space_handled"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>    <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
 
 <span class="comment">// Linear effects are lifted to an atomic effect using the &#96;:handled1&#96; type constructor
-</span><span class="decl-type" id="type_space_handled1"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_handled1"><span class="tp">handled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>   <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
+</span><span class="decl-type" id="type_space_handled1"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_handled1"><span class="tp">handled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>   <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
 
 <span class="comment">// Named effects are lifted to an atomic effect with the &#96;:nhandled&#96; type constructor.
 // In contrast to &#96;:handled&#96; effects, these effects are not passed in the evidence vector.
-</span><span class="decl-type" id="type_space_nhandled"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_nhandled"><span class="tp">nhandled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>    <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
+</span><span class="decl-type" id="type_space_nhandled"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_nhandled"><span class="tp">nhandled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>    <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
 
 <span class="comment">// Linear named effects are lifted to an atomic effect using the &#96;:nhandled1&#96; type constructor
-</span><span class="decl-type" id="type_space_nhandled1"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_nhandled1"><span class="tp">nhandled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>   <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
+</span><span class="decl-type" id="type_space_nhandled1"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_nhandled1"><span class="tp">nhandled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a>   <span class="tp sp">::</span> <span class="co">HX</span> <span class="kw op">-></span> </span><span class="co">X</span>;
 
 
 <span class="comment">// ----------------------------------------------------------------------------
@@ -181,82 +181,82 @@
 </span>
 <span class="comment">// The &#96;:void&#96; type is empty and has no constructors.
 // See also the &#96;:()&#96; unit type and the &#96;:bool&#96; type.
-</span><span class="decl-type" id="type_space_void"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_void"><span class="tp">void</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>void: <span class="co">V</span></span></a></span>
+</span><span class="decl-type" id="type_space_void"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_void"><span class="tp">void</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>void: <span class="co">V</span></span></a></span>
 
 <span class="comment">// The type of booleans has two inhabitants: &#96;True&#96; and &#96;False&#96;.
-</span><span class="decl-type" id="type_space_bool"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
-  <span class="decl-con" id="con_space_False"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
-  <span class="decl-con" id="con_space_True"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></span></span>
+</span><span class="decl-type" id="type_space_bool"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+  <span class="decl-con" id="con_space_False"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
+  <span class="decl-con" id="con_space_True"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></span></span>
 
 <span class="comment">// The unit type &#96;:unit&#96; is inhabited by just a single value, namely &#96;Unit&#96;.
 // Usually the type and constructor are written as &#96;()&#96;.
 // See also the &#96;:void&#96; type and the &#96;:bool&#96; type.
-</span><span class="decl-type" id="type_space_unit"><span class="kw">pub</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Unit"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_unit"><span class="tp">unit</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a></span></span>
+</span><span class="decl-type" id="type_space_unit"><span class="kw">pub</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Unit"><a class="pp" href="std_core_types.html#type_space_unit"><span class="tp">unit</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a></span></span>
 
 <span class="comment">// A pair of values &#96;:a&#96; and &#96;:b&#96;. Usually written as &#96;(x,y)&#96; (for types and terms)
-</span><span class="decl-type" id="type_space_tuple2"><span class="kw">pub</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple2"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple2"><span class="tp">tuple2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a></span></span>)
+</span><span class="decl-type" id="type_space_tuple2"><span class="kw">pub</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple2"><a class="pp" href="std_core_types.html#type_space_tuple2"><span class="tp">tuple2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="std_core_types.html#tuple2_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple2_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple2<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple2</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a></span></span>)
 
 <span class="comment">// A triple of values. Usually written as &#96;(x,y,z)&#96; (for types and terms)
-</span><span class="decl-type" id="type_space_tuple3"><span class="kw">pub</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple3"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple3"><span class="tp">tuple3</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple3_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple3_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple3_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>thd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a></span></span>)
+</span><span class="decl-type" id="type_space_tuple3"><span class="kw">pub</span> value <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple3"><a class="pp" href="std_core_types.html#type_space_tuple3"><span class="tp">tuple3</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="std_core_types.html#tuple3_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple3_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple3_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple3<span class="fslash">/</span></span>thd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple3</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a></span></span>)
 
 <span class="comment">// A quadruple of values. Usually written as &#96;(a,b,c,d)&#96; (for types and terms)
-</span><span class="decl-type" id="type_space_tuple4"><span class="kw">pub</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple4"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple4"><span class="tp">tuple4</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple4_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple4_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple4_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>thd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple4_fs_field4">field4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>field4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">d</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a></span></span>)
+</span><span class="decl-type" id="type_space_tuple4"><span class="kw">pub</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple4"><a class="pp" href="std_core_types.html#type_space_tuple4"><span class="tp">tuple4</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="std_core_types.html#tuple4_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple4_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple4_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>thd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple4_fs_field4">field4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple4<span class="fslash">/</span></span>field4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple4</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">d</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a></span></span>)
 
 <span class="comment">// A quintuple of values. Usually written as &#96;(a,b,c,d,e)&#96; (for types and terms)
-</span><span class="decl-type" id="type_space_tuple5"><span class="kw">pub</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple5"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_tuple5"><span class="tp">tuple5</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple5: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">e</span><span class="pc">e: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple5_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple5_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple5_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>thd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple5_fs_field4">field4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>field4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">d</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#tuple5_fs_field5">field5<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>field5: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a1</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">e</span><span class="pc">e: <span class="co">V</span></span></a></span></span>)
+</span><span class="decl-type" id="type_space_tuple5"><span class="kw">pub</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Tuple5"><a class="pp" href="std_core_types.html#type_space_tuple5"><span class="tp">tuple5</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple5: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">e</span><span class="pc">e: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>(<a class="pp" href="std_core_types.html#tuple5_fs_fst">fst<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>fst: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple5_fs_snd">snd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>snd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">b</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple5_fs_thd">thd<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>thd: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">c</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple5_fs_field4">field4<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>field4: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">d</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a>,<a class="pp" href="std_core_types.html#tuple5_fs_field5">field5<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">tuple5<span class="fslash">/</span></span>field5: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">a1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">tuple5</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a1</span></span></a><span class="tp kw op">:</span><a class="pp"><span class="tp tv">e</span><span class="pc">e: <span class="co">V</span></span></a></span></span>)
 
 <span class="comment">// The &#96;:maybe&#96; type is used to represent either a value (&#96;Just(x)&#96;) or &#96;Nothing&#96;.
 // This type is often used to represent values that can be &#95;null&#95;.
 // See also &#96;module std/core/maybe&#96;.
-</span><span class="decl-type" id="type_space_maybe"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-type" id="type_space_maybe"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="comment">// No result
-</span>  <span class="decl-con" id="con_space_Nothing"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
+</span>  <span class="decl-con" id="con_space_Nothing"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
   <span class="comment">// A single result
-</span>  <span class="decl-con" id="con_space_Just"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( value <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
+</span>  <span class="decl-con" id="con_space_Just"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( value <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
 
 <span class="comment">// The choice type represents one of two possible types &#96;:a&#96; or &#96;:b&#96;.
 // See also &#96;module std/core/either&#96;.
-</span><span class="decl-type" id="type_space_either"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-type" id="type_space_either"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="comment">// Left result, usually used for errors.
-</span>  <span class="decl-con" id="con_space_Left"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( left <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span>)
+</span>  <span class="decl-con" id="con_space_Left"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( left <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span>)
   <span class="comment">// Right result, usually used for success.
-</span>  <span class="decl-con" id="con_space_Right"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( right <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
+</span>  <span class="decl-con" id="con_space_Right"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( right <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> </span></span>)
 
 <span class="comment">// An enumeration to represent order: &#96;Lt&#96;, &#96;Eq&#96;, or &#96;Gt&#96;.
 // See also &#96;module std/core/order&#96;.
-</span><span class="decl-type" id="type_space_order"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
+</span><span class="decl-type" id="type_space_order"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
   <span class="comment">// lower-than
-</span>  <span class="decl-con" id="con_space_Lt"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
+</span>  <span class="decl-con" id="con_space_Lt"><a class="pp" href="std_core_types.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></span>
   <span class="comment">// equal
-</span>  <span class="decl-con" id="con_space_Eq"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
+</span>  <span class="decl-con" id="con_space_Eq"><a class="pp" href="std_core_types.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></span>
   <span class="comment">// greater-than
-</span>  <span class="decl-con" id="con_space_Gt"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a></span></span>
+</span>  <span class="decl-con" id="con_space_Gt"><a class="pp" href="std_core_types.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a></span></span>
 
 <span class="comment">// Represent two elements in ascending order. This is used to
 // allow comparison on elements to be used linearly for &#96;fip&#96; functions.
 // See also &#96;module std/core/order&#96;
-</span><span class="decl-type" id="type_space_order2"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-type" id="type_space_order2"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="comment">// The elements compared lower-than, with &#96;lt &lt; gt&#96;.
-</span>  <span class="decl-con" id="con_space_Lt2"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( lt<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, gt <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span>)
+</span>  <span class="decl-con" id="con_space_Lt2"><a class="pp" href="std_core_types.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( lt<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, gt <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span>)
   <span class="comment">// The elements compared equal (with value &#96;eq&#96;).
-</span>  <span class="decl-con" id="con_space_Eq2"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( eq<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span>)
+</span>  <span class="decl-con" id="con_space_Eq2"><a class="pp" href="std_core_types.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( eq<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span>)
   <span class="comment">// The elements compared greater-than, with &#96;lt &lt; gt&#96;.
-</span>  <span class="decl-con" id="con_space_Gt2"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( lt<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, gt <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
+</span>  <span class="decl-con" id="con_space_Gt2"><a class="pp" href="std_core_types.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( lt<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, gt <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
 
 
 <span class="comment">// The type of lists, which can be either empty (&#96;Nil&#96;) or an element followed
 // by a list (&#96;Cons&#96;).
 // See &#96;module std/core/list&#96; for operations on lists.
-</span><span class="decl-type" id="type_space_list"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-type" id="type_space_list"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="comment">// The empty list.
-</span>  <span class="decl-con" id="con_space_Nil"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>                  <span class="comment">// note: must come first; see Core/Core.hs
+</span>  <span class="decl-con" id="con_space_Nil"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>                  <span class="comment">// note: must come first; see Core/Core.hs
 </span>  <span class="comment">// A &#96;&#96;head&#96;&#96;  element followed by the &#96;&#96;tail&#96;&#96;  of the list.
-</span>  <span class="decl-con" id="con_space_Cons"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(head<span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, tail <span class="tp kw op">:</span> <a class="pp" href="#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> </span></span>)
+</span>  <span class="decl-con" id="con_space_Cons"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(head<span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, tail <span class="tp kw op">:</span> <a class="pp" href="#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> </span></span>)
 
 
 <span class="comment">// Explicitly box values using the &#96;Box&#96; constructor.
-</span><span class="decl-type" id="type_space_box"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_box"><span class="tp">box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>box: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-con" id="con_space_Box"><span class="kw">con</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Box"><span class="co">Box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Box: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">unbox</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">box</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#box_fs_unbox">unbox<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">box<span class="fslash">/</span></span>unbox: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">box</span> <span class="tp kw op">:</span> <span class="tp">box</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
+</span><span class="decl-type" id="type_space_box"><span class="kw">pub</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_box"><span class="tp">box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>box: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-con" id="con_space_Box"><span class="kw">con</span> <a class="pp" href="std_core_types.html#con_space_Box"><span class="co">Box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Box: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">unbox</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">box</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="std_core_types.html#box_fs_unbox">unbox<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">box<span class="fslash">/</span></span>unbox: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">box</span> <span class="tp kw op">:</span> <span class="tp">box</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> </span></span>)
 
 
 <span class="comment">/&#42;
@@ -269,7 +269,7 @@
 &#42;/</span>
 
 <span class="comment">// Prevent inlining an expression by passing it to &#96;keep&#96; (which is a non-inlineable identity function)
-</span><span class="decl-fun" id="keep"><span class="kw">pub</span> noinline fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#keep">keep<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>keep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1952</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">1958</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-fun" id="keep"><span class="kw">pub</span> noinline fip <span class="kw">fun</span> <a class="pp" href="std_core_types.html#keep">keep<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>keep: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1952</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">1958</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1952</span></span></a>
 
 <span class="comment">// ----------------------------------------------------------------------------
@@ -277,23 +277,23 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// The identity function returns its argument unchanged
-</span><span class="decl-fun" id="id"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#id">id<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>id: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1941</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">1947</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-fun" id="id"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_types.html#id">id<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>id: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1941</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">1947</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1941</span></span></a>
 
 <span class="comment">// Logical conjunction. This is compiled specially avoid evaluating the second argument if &#96;x==False&#96;.
-</span><span class="decl-fun" id="_amp__amp_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_amp__amp_">(&amp;&amp;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>   <span class="comment">// inlined in the compiler for short-circuit evaluation
+</span><span class="decl-fun" id="_amp__amp_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_types.html#_amp__amp_">(&amp;&amp;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&amp;&amp;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>   <span class="comment">// inlined in the compiler for short-circuit evaluation
 </span>  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp" href="#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Logical disjunction. This is compiled specially avoid evaluating the second argument if &#96;x==True&#96;.
-</span><span class="decl-fun" id="_bar__bar_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_bar__bar_">(||)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>  <span class="comment">// inlined in the compiler for short-circuit evaluation
+</span><span class="decl-fun" id="_bar__bar_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_types.html#_bar__bar_">(||)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>  <span class="comment">// inlined in the compiler for short-circuit evaluation
 </span>  <span class="kw">if</span> <a class="pp">x<span class="pc">x: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a> <span class="kw">else</span> </span><a class="pp">y<span class="pc">y: <span class="tp">bool</span></span></a>
 
 <span class="comment">// Logical negation
-</span><span class="decl-fun" id="bool_fs__excl_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#bool_fs__excl_">bool/(!)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="bool_fs__excl_"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_types.html#bool_fs__excl_">bool/(!)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">bool<span class="fslash">/</span></span>(!): <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp" href="#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></span>
 
 <span class="comment">// Logical negation
-</span><span class="decl-fun" id="not"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#not">not<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>not: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="not"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="std_core_types.html#not">not<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>not: <span class="tp sp">(</span><span class="tp tpp">b</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <span class="kw">if</span> <a class="pp">b<span class="pc">b: <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a> <span class="kw">else</span> <a class="pp" href="#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></span>
 
 
@@ -319,7 +319,7 @@
 
 
 <span class="comment">// Append two strings
-</span><span class="decl-fun" id="_plus__plus_"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_plus__plus_">(++)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="_plus__plus_"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="std_core_types.html#_plus__plus_">(++)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;string&#95;cat"</span>
   inline <span class="st">"(#1 + #2)"</span></span>
 
@@ -337,31 +337,31 @@
 // then the effect &#96;:e&#96; must contain the divergent effect (&#96;:div&#96;). This constraint is generated
 // when reading from the heap (see &#96;(!)&#96;) and is necessary to catch cases where code can diverge
 // by storing self referential functions in the heap.
-</span><span class="decl-type" id="type_space_hdiv"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>,<span class="co">V</span>,<span class="co">E</span>) <span class="kw op">-></span> </span><span class="co">P</span>
+</span><span class="decl-type" id="type_space_hdiv"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>,<span class="co">V</span>,<span class="co">E</span>) <span class="kw op">-></span> </span><span class="co">P</span>
 
 <span class="comment">// The predicate &#96;:ediv&lt;x,a,e&gt;&#96; signifies that if the type &#96;:a&#96; contains a reference to effect constant &#96;:x",
 // then the effect &#96;:e&#96; must contain the divergent effect (&#96;:div&#96;). This constraint is generated
 // for operations on first-class effects where code can diverge through operations.
-</span><span class="decl-type" id="type_space_ediv"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ediv"><span class="tp">ediv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ediv: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">X</span>,<span class="co">V</span>,<span class="co">E</span>) <span class="kw op">-></span> </span><span class="co">P</span>
+</span><span class="decl-type" id="type_space_ediv"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_ediv"><span class="tp">ediv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ediv: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">X</span>,<span class="co">V</span>,<span class="co">E</span>) <span class="kw op">-></span> </span><span class="co">P</span>
 
 
 <span class="comment">// A reference &#96;:ref&lt;h,a&gt;&#96; points to a value of type &#96;:a&#96; in heap &#96;:h&#96;.
-</span><span class="decl-type" id="type_space_ref"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>,<span class="co">V</span>) <span class="kw op">-></span> </span><span class="co">V</span>
+</span><span class="decl-type" id="type_space_ref"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>,<span class="co">V</span>) <span class="kw op">-></span> </span><span class="co">V</span>
 
 <span class="comment">// Allocate a fresh reference with an initial value.
-</span><span class="decl-extern" id="ref"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( value <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-extern" id="ref"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#ref">ref<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( value <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;ref&#95;alloc"</span>
   cs inline <span class="st">"new Ref&lt;##1,##2&gt;(#1)"</span>
   js inline <span class="st">"{ value: #1 }"</span></span>
 
 <span class="comment">// Assign a new value to a reference.
-</span><span class="decl-extern" id="set"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#set">set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span>ref <span class="tp kw op">:</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, assigned <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="set"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#set">set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>set: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <span class="op">^</span>ref <span class="tp kw op">:</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, assigned <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">&lt;</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;ref&#95;set&#95;borrow"</span>
   cs inline <span class="st">"#1.Set(#2)"</span>
   js inline <span class="st">"((#1).value = #2)"</span></span>
 
 <span class="comment">// Read the value of a reference.
-</span><span class="decl-extern" id="ref_fs__excl_"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#ref_fs__excl_">ref/(!)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> <span class="tp kw">with</span> <span class="tp">hdiv</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">ref</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw">with</span><span class="tp sp">(</span><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+</span><span class="decl-extern" id="ref_fs__excl_"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#ref_fs__excl_">ref/(!)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">ref<span class="fslash">/</span></span>(!): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> <span class="tp kw">with</span> <span class="tp">hdiv</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">ref</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw">with</span><span class="tp sp">(</span><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   c  <span class="st">"kk&#95;ref&#95;get"</span>
   cs inline <span class="st">"#1.Value"</span>
   js inline <span class="st">"#1.value"</span></span>
@@ -371,20 +371,20 @@
 // getting the vector into a local variable and then setting it back into the reference later
 // would mean that we hold on to a copy (and we can't update the vector in place then!).
 // In contrast, this function passes the ownership to the given function.
-</span><span class="decl-extern" id="modify"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#modify">modify<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>modify: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h1</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h1</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span> <span class="tp kw">with</span> <span class="tp">hdiv</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">ref</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw">with</span><span class="tp sp">(</span><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+</span><span class="decl-extern" id="modify"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#modify">modify<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>modify: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ref</span> <span class="tp kw op">:</span> <span class="tp">ref</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h1</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h1</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h1</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">b</span> <span class="tp kw">with</span> <span class="tp">hdiv</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">ref</span> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <span class="tp kw">with</span><span class="tp sp">(</span><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   c  <span class="st">"kk&#95;ref&#95;modify"</span>
   js inline <span class="st">"((#2)(#1))"</span></span>
 
 <span class="comment">// If a heap effect is unobservable, the heap effect can be erased by using the &#96;run&#96; fun.
 // See also: &#95;State in Haskell, by Simon Peyton Jones and John Launchbury&#95;.
-</span><span class="decl-fun" id="run"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#run">run<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>run: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="run"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="std_core_types.html#run">run<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>run: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">alloc</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">read</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><span class="tp">write</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   c  inline <span class="st">"(kk&#95;function&#95;call(kk&#95;box&#95;t,(kk&#95;function&#95;t,kk&#95;context&#95;t&#42;),#1,(#1,kk&#95;context()),kk&#95;context()))"</span>
   cs inline <span class="st">"Primitive.Run&lt;##2&gt;(#1)"</span>
   js inline <span class="st">"((#1)())"</span></span>
 
 
 <span class="comment">// Mask the state effect. This is more convenient than masking each &#96;:read&#96;, &#96;:write&#96;, and &#96;:alloc&#96; effect separately.
-</span><span class="decl-extern" id="mask_st"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#mask_st">mask-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>mask<span class="dash">-</span>st: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp kw op">|</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+</span><span class="decl-extern" id="mask_st"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#mask_st">mask-st<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>mask<span class="dash">-</span>st: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">st</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp kw op">|</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
 <span class="comment">/&#42;
@@ -398,35 +398,35 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// A local heap effect.
-</span><span class="decl-type" id="type_space_local"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>) <span class="kw op">-></span> </span><span class="co">X</span>
+</span><span class="decl-type" id="type_space_local"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>) <span class="kw op">-></span> </span><span class="co">X</span>
 
 <span class="comment">// A local variable &#96;:local-var&lt;s,a&gt;&#96; points to a value of type &#96;:a&#96; in local scope &#96;:s&#96;.
-</span><span class="decl-type" id="type_space_local_var"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>,<span class="co">V</span>) <span class="kw op">-></span> </span><span class="co">V</span>
+</span><span class="decl-type" id="type_space_local_var"><span class="kw">pub</span> <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp sp">::</span> <span class="tp sp">(</span><span class="co">H</span>,<span class="co">V</span>) <span class="kw op">-></span> </span><span class="co">V</span>
 
 <span class="comment">// Allocate a fresh local with an initial value.
-</span><span class="decl-extern" id="local_new"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_new">local-new<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>new: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span>a,s,e<span class="op">&gt;</span>(value<span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-extern" id="local_new"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#local_new">local-new<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>new: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><span class="op">&lt;</span>a,s,e<span class="op">&gt;</span>(value<span class="tp kw op">:</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;ref&#95;alloc"</span>
   cs inline <span class="st">"new Ref&lt;##1,##2&gt;(#1)"</span>
   js inline <span class="st">"{ value: #1 }"</span></span>
 
 <span class="comment">// Assign a new value to a local variable
-</span><span class="decl-extern" id="local_set"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_set">local-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a><span class="op">&lt;</span>a,s,e<span class="op">&gt;</span>( <span class="op">^</span>v<span class="tp kw op">:</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, assigned<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="local_set"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#local_set">local-set<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">assigned</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a><span class="op">&lt;</span>a,s,e<span class="op">&gt;</span>( <span class="op">^</span>v<span class="tp kw op">:</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, assigned<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;ref&#95;set&#95;borrow"</span>
   cs inline <span class="st">"#1.Set(#2)"</span>;
   js inline <span class="st">"((#1).value = #2)"</span></span>
 
 <span class="comment">// Read the value of a local variable.
-</span><span class="decl-extern" id="local_get"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_get">local-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> <span class="tp kw">with</span> <span class="tp">hdiv</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw">with</span><span class="tp sp">(</span><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
+</span><span class="decl-extern" id="local_get"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_types.html#local_get">local-get<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> <span class="tp kw">with</span> <span class="tp">hdiv</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span><span class="tp kw op">:</span> <a class="pp" href="#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw">with</span><span class="tp sp">(</span><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">)</span>
   c  <span class="st">"kk&#95;ref&#95;get"</span>
   cs inline <span class="st">"#1.Value"</span>;
   js inline <span class="st">"((#1).value)"</span></span>;
 
 <span class="comment">// &#95;Internal&#95;: if local mutation is unobservable, the &#96;:local&#96; effect can be erased by using the &#96;local-scope&#96; function.
 // See also: &#95;State in Haskell, by Simon Peyton Jones and John Launchbury&#95;.
-</span><span class="decl-fun" id="local_scope"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#local_scope">local-scope<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>scope: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">action<span class="pc">action: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp op">&gt;|$</span><span class="number">1964</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1963</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1989</span> <span class="number">1988</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="local_scope"><span class="kw">pub</span> inline <span class="kw">fun</span> <a class="pp" href="std_core_types.html#local_scope">local-scope<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>scope: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="op">&gt;</span>( <a class="pp">action<span class="pc">action: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp op">&gt;|$</span><span class="number">1964</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1963</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1989</span> <span class="number">1988</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#unsafe_no_local_cast">unsafe-no-local-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>no<span class="dash">-</span>local<span class="dash">-</span>cast: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp op">&gt;|$</span><span class="number">1964</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1963</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1964</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">1964</span> <span class="op">$</span><span class="number">1963</span>)</span></a>(<a class="pp">action<span class="pc">action: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp op">&gt;|$</span><span class="number">1964</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1963</span></span></a>)(</span>)
 
-inline <span class="decl-extern" id="unsafe_no_local_cast"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#unsafe_no_local_cast">unsafe-no-local-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>no<span class="dash">-</span>local<span class="dash">-</span>cast: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><a class="pp" href="#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline <span class="decl-extern" id="unsafe_no_local_cast"><span class="kw">extern</span> <a class="pp" href="std_core_types.html#unsafe_no_local_cast">unsafe-no-local-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>no<span class="dash">-</span>local<span class="dash">-</span>cast: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">h</span><span class="pc">h: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><a class="pp" href="#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><a class="pp" href="#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
 <span class="comment">/&#42;
@@ -492,11 +492,11 @@
 </span>
 <span class="comment">// First-class constructor context (for &#95;tail recursion modulo cons&#95; (TRMC) optimization).
 // See also &#96;&#96;samples/syntax/contexts&#96;&#96; for further examples.
-</span><span class="decl-type" id="type_space_cctx"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">con</span> <span class="co">@Cctx</span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#cctx_fs_res">res<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>res: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cctx</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#cctx_fs_holeptr">holeptr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>holeptr: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cctx</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">@field<span class="dash">-</span>addr</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp">@field<span class="dash">-</span>addr</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> </span>)
+</span><span class="decl-type" id="type_space_cctx"><span class="kw">abstract</span> value <span class="tp kw">type</span> <a class="pp" href="std_core_types.html#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">con</span> <span class="co">@Cctx</span>( <a class="pp" href="std_core_types.html#cctx_fs_res">res<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>res: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cctx</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp" href="std_core_types.html#cctx_fs_holeptr">holeptr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>holeptr: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">cctx</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">@field<span class="dash">-</span>addr</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp">@field<span class="dash">-</span>addr</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> </span>)
 
 <span class="comment">// A first-class constructor context where the hole is of the same type as the root of the structure.
-</span><span class="decl-alias" id="type_space_ctx"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="op">&gt;</span> <span class="kw">=</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a></span><span class="op">&gt;</span>
+</span><span class="decl-alias" id="type_space_ctx"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="std_core_types.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="op">&gt;</span> <span class="kw">=</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="op">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>,<a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a></span><span class="op">&gt;</span>
 
 <span class="comment">// &#95;Internal&#95;. Create a hole for a context
 </span><span class="kw">pub</span> inline fip <span class="kw">extern</span> @cctx<span class="dash">-</span>hole<span class="dash">-</span>create() <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
@@ -523,7 +523,7 @@
 // This is a constant time operation for unique contexts.
 //
 // &#96;(ctx Cons(1,&#95;)) ++ (ctx Cons(&#95;,Nil)) ++. 3 == [1,3]&#96;
-</span><span class="decl-extern" id="cctx_fs__plus__plus__dot_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#cctx_fs__plus__plus__dot_">cctx/(++.)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( c <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, x <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-extern" id="cctx_fs__plus__plus__dot_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_types.html#cctx_fs__plus__plus__dot_">cctx/(++.)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++.): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( c <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, x <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   c inline <span class="st">"kk&#95;cctx&#95;apply(#1,#2,kk&#95;context())"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;cctx&#95;apply"</span></span>
 
@@ -531,12 +531,12 @@
 // This is a constant time operation for unique contexts.
 //
 // &#96;(ctx Cons(1,&#95;)) ++ (ctx Cons(2,&#95;)) ++. Nil == [1,2]&#96;
-</span><span class="decl-extern" id="cctx_fs__plus__plus_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#cctx_fs__plus__plus_">cctx/(++)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( c1 <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, c2 <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-extern" id="cctx_fs__plus__plus_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_types.html#cctx_fs__plus__plus_">cctx/(++)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>(++): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">c1</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">c2</span> <span class="tp kw op">:</span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span></span></a>( c1 <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, c2 <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c inline <span class="st">"kk&#95;cctx&#95;compose(#1,#2,kk&#95;context())"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;cctx&#95;compose"</span></span>
 
 <span class="comment">// Create an empty context. Usually written directly as an empty context &#96;ctx &#95;&#96;.
-</span><span class="decl-extern" id="cctx_fs_empty"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#cctx_fs_empty">cctx/empty<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>empty: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-extern" id="cctx_fs_empty"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_types.html#cctx_fs_empty">cctx/empty<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span><span class="lq">cctx<span class="fslash">/</span></span>empty: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">cctx</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;cctx&#95;empty"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;cctx&#95;empty"</span></span>
 
diff --git a/doc/std_core_types.html b/doc/std_core_types.html
index 5b8c054ef..3a33de04e 100644
--- a/doc/std_core_types.html
+++ b/doc/std_core_types.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_types-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#type_space_alloc"><span class="kw">effect</span>&nbsp;<span class="tp">alloc</span></a>
 </li><li><a class="link" href="#type_space_any"><span class="kw">type</span>&nbsp;<span class="tp">any</span></a>
 </li><li><a class="link" href="#type_space_bool"><span class="kw">type</span>&nbsp;<span class="tp">bool</span></a>
@@ -86,14 +86,14 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 </li>
 <li class="li ul-li list-star-li compact-li"><code class="koka"><span class="co">HX</span></code>  a short-hand for user defined effect handlers of kind <code class="koka">(<span class="co">E</span>,<span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></code>.
 </div>
-<div class="decl" id="type_space_alloc"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_alloc"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
 The alloc effect signifies a function may allocate in a heap <code class="koka"><span class="tp tv">h</span></code>.
 </div></div>
-<div class="decl" id="type_space_any"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_any"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 An any type. Used for external calls.
 </li></ul>
 </div></div>
-<div class="decl" id="type_space_bool"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_bool"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The type of booleans has two inhabitants: <code class="koka"><a class="pp" href="#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a></code> and <code class="koka"><a class="pp" href="#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a></code>.
 </p></div><div class="con-decl" id="con_space_False"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_False"><span class="co">False</span></a></span></div></div><div class="con-decl" id="con_space_True"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_True"><span class="co">True</span></a></span></div></div><div class="nested"><div class="decl" id="bool_fs__excl_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#bool_fs__excl_"><span class="lq">bool<span class="fslash">/</span></span>(!)</a></span>( <span class="tp tpp">b</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -115,14 +115,14 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Logical negation.
 </p></div></div></div></div>
-<div class="decl" id="type_space_box"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_box"><span class="tp">box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>box: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span>(<span class="param">unbox</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>)</div><div class="doc koka comment">
+<div class="decl" id="type_space_box"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_box"><span class="tp">box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>box: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span>(<span class="param">unbox</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">Explicitly box values using the <code class="koka"><a class="pp" href="#con_space_Box"><span class="co">Box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Box: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">unbox</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">box</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor.
 </p></div><div class="nested"><div class="decl" id="box_fs_unbox"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#box_fs_unbox"><span class="lq">box<span class="fslash">/</span></span>unbox</a></span>( <span class="tp op">^</span><span class="tp tpp">box</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_box"><span class="tp">box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>box: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">unbox</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_box"><span class="tp">box</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>box: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_cctx"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_cctx"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">First-class constructor context (for <em class="em-low1">tail recursion modulo cons</em> (TRMC) optimization).
 See also <code class="code code2">samples/syntax/contexts</code> for further examples.
@@ -143,37 +143,37 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Create an empty context. Usually written directly as an empty context <code class="koka"><span class="kw">ctx</span> &#95;</code>.
 </p></div></div></div></div>
-<div class="decl" id="type_space_char"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_char"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A unicode character.
 Characters are unicode <em class="em-low1">codepoint</em>s.
 This is different from a unicode <em class="em-low1">grapheme</em> which represents a single displayed
 symbol and can consists of multiple codepoints due to combining characters and marks.
-(see also <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_char.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></a></code> and the <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_text_unicode.html"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>unicode</span></a></code> module).
+(see also <code class="koka"><a class="doc link" href="std_core_char.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></a></code> and the <code class="koka"><a class="doc link" href="std_text_unicode.html"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>unicode</span></a></code> module).
 </p></div></div>
-<div class="decl" id="type_space_ctx"><div class="header code"><span class="def"><span class="kw">alias</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span>&nbsp;<span class="kw">=</span>&nbsp;<a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_ctx"><div class="header code"><span class="def"><span class="kw">alias</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_ctx"><span class="tp">ctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ctx: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span>&nbsp;<span class="kw">=</span>&nbsp;<a class="pp" href="#type_space_cctx"><span class="tp">cctx</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>cctx: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">A first-class constructor context where the hole is of the same type as the root of the structure.
 </p></div></div>
-<div class="decl" id="type_space_div"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_div"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The divergence effect: a divergent function may not terminate.
 </p></div></div>
-<div class="decl" id="type_space_ediv"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ediv"><span class="tp">ediv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ediv: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">e</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_ediv"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_ediv"><span class="tp">ediv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ediv: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">e</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The predicate <code class="koka"><a class="pp" href="#type_space_ediv"><span class="tp">ediv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ediv: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-&gt;</span> <span class="co">P</span></span></a><span class="tp sp">&#60;</span><span class="tp tv">x</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span></code> signifies that if the type <code class="koka"><span class="tp tv">a</span></code> contains a reference to effect constant <code class="koka"><span class="tp tv">x</span></code>
 then the effect <code class="koka"><span class="tp tv">e</span></code> must contain the divergent effect (<code class="koka"><a class="pp" href="#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></code>). This constraint is generated
 for operations on first-class effects where code can diverge through operations.
 </p></div></div>
-<div class="decl" id="type_space_effect_extend"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">effect<span class="dash">-</span>extend</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">e</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_effect_extend"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">effect<span class="dash">-</span>extend</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">e</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The effect constructor extends an effect row with another effect.
 Usually written as <code class="koka"><span class="op">&#60;</span>&#95;<span class="kw op">|</span>&#95;<span class="op">&#62;</span></code>.
 </p></div></div>
-<div class="decl" id="type_space_either"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_either"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The choice type represents one of two possible types <code class="koka"><span class="tp tv">a</span></code> or <code class="koka"><span class="tp tv">b</span></code>.
-See also <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_either.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></a></code>.
+See also <code class="koka"><a class="doc link" href="std_core_either.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></a></code>.
 </p></div><div class="con-decl" id="con_space_Left"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_Left"><span class="co">Left</span></a></span>(<span class="param">left</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">Left result, usually used for errors.
@@ -187,21 +187,21 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">either</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_float32"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float32"><span class="tp">float32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float32: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_float32"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_float32"><span class="tp">float32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float32: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A 32-bit IEEE 754 single precision floating point value.
 Provides currently no operations and currently only used for storage and for interaction with external code.
 </p></div></div>
-<div class="decl" id="type_space_float64"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_float64"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A 64-bit IEEE 754 double precision floating point value.
-See <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_num_float64.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64</span></a></code> for operations on <code class="koka"><a class="pp" href="#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>s.
+See <code class="koka"><a class="doc link" href="std_num_float64.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64</span></a></code> for operations on <code class="koka"><a class="pp" href="#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>s.
 </p></div></div>
-<div class="decl" id="type_space_global"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_global"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The <code class="koka"><a class="pp" href="#type_space_global"><span class="tp">global</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>global: <span class="co">H</span></span></a></code> heap is a special heap constant to denote the global shared heap.
 </p></div></div>
-<div class="decl" id="type_space_handled"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_handled"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Handled effects are lifted to an atomic effect using the <code class="koka"><a class="pp" href="#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> type constructor
 All user defined effects are <code class="koka"><a class="pp" href="#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> since they require a handler to be dismissed.
@@ -209,54 +209,54 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 as these are handled by the system.
 In particular, the runtime evidence vector only contains <code class="koka"><a class="pp" href="#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> (and <code class="koka"><a class="pp" href="#type_space_handled1"><span class="tp">handled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>) effects.
 </p></div></div>
-<div class="decl" id="type_space_handled1"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_handled1"><span class="tp">handled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_handled1"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_handled1"><span class="tp">handled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Linear effects are lifted to an atomic effect using the <code class="koka"><a class="pp" href="#type_space_handled1"><span class="tp">handled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> type constructor.
 </p></div></div>
-<div class="decl" id="type_space_hdiv"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>,<span class="tp tv">a</span>,<span class="tp tv">e</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_hdiv"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>,<span class="tp tv">a</span>,<span class="tp tv">e</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The predicate <code class="koka"><a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-&gt;</span> <span class="co">P</span></span></a><span class="tp sp">&#60;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span></code> signifies that if the type <code class="koka"><span class="tp tv">a</span></code> contains a reference to <code class="koka"><span class="tp tv">h</span></code>,
 then the effect <code class="koka"><span class="tp tv">e</span></code> must contain the divergent effect (<code class="koka"><a class="pp" href="#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></code>). This constraint is generated
 when reading from the heap (see <code class="koka"><span class="op">!</span></code>) and is necessary to catch cases where code can diverge
 by storing self referential functions in the heap.
 </p></div></div>
-<div class="decl" id="type_space_int"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_int"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">An arbitrary precision signed integer.
-See <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_int.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></a></code> for integer operations.
+See <code class="koka"><a class="doc link" href="std_core_int.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></a></code> for integer operations.
 </p></div></div>
-<div class="decl" id="type_space_int16"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_int16"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_int16"><span class="tp">int16</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int16: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A 16-bit signed integer (represented in two&#39;s complement).
 Provides no operations and used only for storage and interaction with external code.
 </p></div></div>
-<div class="decl" id="type_space_int32"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_int32"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A 32-bit signed integer (represented in two&#39;s complement).
-See the <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_num_int32.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32</span></a></code> module for operations on 32-bit integers.
+See the <code class="koka"><a class="doc link" href="std_num_int32.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32</span></a></code> module for operations on 32-bit integers.
 </p></div></div>
-<div class="decl" id="type_space_int64"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_int64"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A 64-bit signed integer (represented in two&#39;s complement).
-See the <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_num_int64.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64</span></a></code> module for operations on 64-bit integers.
+See the <code class="koka"><a class="doc link" href="std_num_int64.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64</span></a></code> module for operations on 64-bit integers.
 </p></div></div>
-<div class="decl" id="type_space_int8"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_int8"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_int8"><span class="tp">int8</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int8: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A 8-bit signed integer (represented in two&#39;s complement).
 Provides no operations and used only for storage and interaction with external code.
 </p></div></div>
-<div class="decl" id="type_space_intptr__t"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_intptr__t"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_intptr__t"><span class="tp">intptr&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>intptr&#95;t: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A signed two&#39;s complement integer equal to an <code class="koka">intptr&#95;t</code> in C, i.e.
 it has the same bit-size as a native pointer (<code class="koka">void<span class="op">&#42;</span></code>).
 Provides no operations but is used mostly for interaction with external code.
 The Javascript backend uses <code class="koka">int64</code> for this.
 </p></div></div>
-<div class="decl" id="type_space_list"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_list"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The type of lists, which can be either empty (<code class="koka"><a class="pp" href="#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>) or an element followed
 by a list (<code class="koka"><a class="pp" href="#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>).
-See <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_list.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list</span></a></code> for operations on lists.
+See <code class="koka"><a class="doc link" href="std_core_list.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list</span></a></code> for operations on lists.
 </p></div><div class="con-decl" id="con_space_Cons"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_Cons"><span class="co">Cons</span></a></span>(<span class="param">head</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">tail</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">A <code class="code code2">head</code>  element followed by the <code class="code code2">tail</code>  of the list.
@@ -270,11 +270,11 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_local"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_local"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">A local heap effect.
 </p></div></div>
-<div class="decl" id="type_space_local_var"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local_var"><span class="tp">local<span class="dash">-</span>var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_local_var"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_local_var"><span class="tp">local<span class="dash">-</span>var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">A local variable <code class="koka"><a class="pp" href="#type_space_local_var"><span class="tp">local<span class="dash">-</span>var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a><span class="tp sp">&#60;</span><span class="tp tv">s</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></code> points to a value of type <code class="koka"><span class="tp tv">a</span></code> in local scope <code class="koka"><span class="tp tv">s</span></code>.
 </p></div><div class="nested"><div class="decl" id="local_get"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#local_get">local<span class="dash">-</span>get</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_local_var"><span class="tp">local<span class="dash">-</span>var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> <span class="tp kw">with</span> <a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
@@ -287,11 +287,11 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Assign a new value to a local variable.
 </p></div></div></div></div>
-<div class="decl" id="type_space_maybe"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_maybe"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The <code class="koka"><a class="pp" href="#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type is used to represent either a value (<code class="koka"><a class="pp" href="#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a>(x)</code>) or <code class="koka"><a class="pp" href="#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>.
 This type is often used to represent values that can be <em class="em-low1">null</em>.
-See also <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></a></code>.
+See also <code class="koka"><a class="doc link" href="std_core_maybe.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></a></code>.
 </p></div><div class="con-decl" id="con_space_Just"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span></a></span>(<span class="param">value</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">A single result.
@@ -305,23 +305,23 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_ndet"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_ndet"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The non-determinism effect.
 </p></div></div>
-<div class="decl" id="type_space_nhandled"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_nhandled"><span class="tp">nhandled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_nhandled"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_nhandled"><span class="tp">nhandled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Named effects are lifted to an atomic effect with the <code class="koka"><a class="pp" href="#type_space_nhandled"><span class="tp">nhandled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> type constructor.
 In contrast to <code class="koka"><a class="pp" href="#type_space_handled"><span class="tp">handled</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>handled: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> effects, these effects are not passed in the evidence vector.
 </p></div></div>
-<div class="decl" id="type_space_nhandled1"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_nhandled1"><span class="tp">nhandled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_nhandled1"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_nhandled1"><span class="tp">nhandled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span>) <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Linear named effects are lifted to an atomic effect using the <code class="koka"><a class="pp" href="#type_space_nhandled1"><span class="tp">nhandled1</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>nhandled1: <span class="tp sp">(</span><span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code> type constructor.
 </p></div></div>
-<div class="decl" id="type_space_order"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_order"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">An enumeration to represent order: <code class="koka"><a class="pp" href="#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></code>, <code class="koka"><a class="pp" href="#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></code>, or <code class="koka"><a class="pp" href="#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a></code>.
-See also <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_order.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order</span></a></code>.
+See also <code class="koka"><a class="doc link" href="std_core_order.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order</span></a></code>.
 </p></div><div class="con-decl" id="con_space_Eq"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_Eq"><span class="co">Eq</span></a></span></div><div class="doc koka comment">
 
 <p class="p noindent">Equal.
@@ -341,11 +341,11 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_order2"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_order2"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Represent two elements in ascending order. This is used to
 allow comparison on elements to be used linearly for <code class="koka">fip</code> functions.
-See also <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_order.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order</span></a></code>.
+See also <code class="koka"><a class="doc link" href="std_core_order.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order</span></a></code>.
 </p></div><div class="con-decl" id="con_space_Eq2"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span></a></span>(<span class="param">eq</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">The elements compared equal (with value <code class="koka">eq</code>).
@@ -365,11 +365,11 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Tests for the <code class="koka"><a class="pp" href="#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">order2</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> constructor of the <code class="koka"><a class="pp" href="#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_read"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_read"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The read effect: signifies that a function may read from from heap <code class="koka"><span class="tp tv">h</span></code>.
 </p></div></div>
-<div class="decl" id="type_space_ref"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_ref"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">A reference <code class="koka"><a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a><span class="tp sp">&#60;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></code> points to a value of type <code class="koka"><span class="tp tv">a</span></code> in heap <code class="koka"><span class="tp tv">h</span></code>.
 </p></div><div class="nested"><div class="decl" id="ref_fs__excl_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#ref_fs__excl_"><span class="lq">ref<span class="fslash">/</span></span>(!)</a></span>( <span class="tp tpp">ref</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_ref"><span class="tp">ref</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ref: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> <span class="tp kw">with</span> <a class="pp" href="#type_space_hdiv"><span class="tp">hdiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>hdiv: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">P</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
@@ -389,7 +389,7 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Assign a new value to a reference.
 </p></div></div></div></div>
-<div class="decl" id="type_space_ssize__t"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_ssize__t"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A signed two&#39;s complement integer equal to a signed <code class="koka">size&#95;t</code> in C, i.e.
 it can hold the byte size of any object, in particular the maximum possible
@@ -397,28 +397,28 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 Provides no operations but is used mostly for interaction with external code.
 The Javascript backend uses <code class="koka">int32</code> for this.
 </p></div></div>
-<div class="decl" id="type_space_st"><div class="header code"><span class="def"><span class="kw">alias</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span>&nbsp;<span class="kw">=</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_st"><div class="header code"><span class="def"><span class="kw">alias</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-></span> <span class="co">E</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span>&nbsp;<span class="kw">=</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">h</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Stateful functions can manipulate heap <code class="koka"><span class="tp tv">h</span></code> using allocations, reads and writes.
 </p></div></div>
-<div class="decl" id="type_space_string"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_string"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A string is a sequence of unicode character points (<code class="koka">char</code>).
 The encoding of a string is internal and there
 is no constant-time indexing of characters in a string.
 Use the <code class="koka"><span class="tp">sslice</span></code> type for efficient matching and retrieving
-sub-strings from string. See <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_string.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string</span></a></code> and
-<code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice</span></a></code> for string operations.
+sub-strings from string. See <code class="koka"><a class="doc link" href="std_core_string.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string</span></a></code> and
+<code class="koka"><a class="doc link" href="std_core_sslice.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice</span></a></code> for string operations.
 </p></div><div class="nested"><div class="decl" id="_plus__plus_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#_plus__plus_">(++)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Append two strings.
 </p></div></div></div></div>
-<div class="decl" id="type_space_total"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp">total</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_total"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp">total</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The <em class="em-low1">total</em> effect represents the absence of any effect.
 Usually written as <code class="koka"><span class="op">&#60;</span><span class="op">&#62;</span></code>.
 </p></div></div>
-<div class="decl" id="type_space_tuple2"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">tuple2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>)</div><div class="doc koka comment">
+<div class="decl" id="type_space_tuple2"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_tuple2"><span class="tp">tuple2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">A pair of values <code class="koka"><span class="tp tv">a</span></code> and <code class="koka"><span class="tp tv">b</span></code>. Usually written as <code class="koka">(x,y)</code> (for types and terms).
 </p></div><div class="nested"><div class="decl" id="tuple2_fs_fst"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#tuple2_fs_fst"><span class="lq">tuple2<span class="fslash">/</span></span>fst</a></span>( <span class="tp op">^</span><span class="tp tpp">tuple2</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
@@ -428,7 +428,7 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">snd</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_tuple2"><span class="tp">tuple2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_tuple3"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">tuple3</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>,&nbsp;<span class="param">thd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">c</span>)</div><div class="doc koka comment">
+<div class="decl" id="type_space_tuple3"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_tuple3"><span class="tp">tuple3</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>,&nbsp;<span class="param">thd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">c</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">A triple of values. Usually written as <code class="koka">(x,y,z)</code> (for types and terms).
 </p></div><div class="nested"><div class="decl" id="tuple3_fs_fst"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#tuple3_fs_fst"><span class="lq">tuple3<span class="fslash">/</span></span>fst</a></span>( <span class="tp op">^</span><span class="tp tpp">tuple3</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
@@ -441,7 +441,7 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">thd</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_tuple3"><span class="tp">tuple3</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_tuple4"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple4"><span class="tp">tuple4</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">d</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>,&nbsp;<span class="param">thd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">c</span>,&nbsp;<span class="param">field4</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">d</span>)</div><div class="doc koka comment">
+<div class="decl" id="type_space_tuple4"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_tuple4"><span class="tp">tuple4</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">d</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>,&nbsp;<span class="param">thd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">c</span>,&nbsp;<span class="param">field4</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">d</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">A quadruple of values. Usually written as <code class="koka">(a,b,c,d)</code> (for types and terms).
 </p></div><div class="nested"><div class="decl" id="tuple4_fs_field4"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#tuple4_fs_field4"><span class="lq">tuple4<span class="fslash">/</span></span>field4</a></span>( <span class="tp op">^</span><span class="tp tpp">tuple4</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">d</span></div><div class="doc koka comment">
@@ -457,7 +457,7 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">thd</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_tuple4"><span class="tp">tuple4</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple4: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_tuple5"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple5"><span class="tp">tuple5</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple5: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">d</span>,<span class="tp tv">a1</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>,&nbsp;<span class="param">thd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">c</span>,&nbsp;<span class="param">field4</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">d</span>,&nbsp;<span class="param">field5</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a1</span>)</div><div class="doc koka comment">
+<div class="decl" id="type_space_tuple5"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_tuple5"><span class="tp">tuple5</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple5: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>,<span class="tp tv">b</span>,<span class="tp tv">c</span>,<span class="tp tv">d</span>,<span class="tp tv">a1</span>&gt;</span>(<span class="param">fst</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>,&nbsp;<span class="param">snd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">b</span>,&nbsp;<span class="param">thd</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">c</span>,&nbsp;<span class="param">field4</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">d</span>,&nbsp;<span class="param">field5</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a1</span>)</div><div class="doc koka comment">
 
 <p class="p noindent">A quintuple of values. Usually written as <code class="koka">(a,b,c,d,e)</code> (for types and terms).
 </p></div><div class="nested"><div class="decl" id="tuple5_fs_field4"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_types-source.html#tuple5_fs_field4"><span class="lq">tuple5<span class="fslash">/</span></span>field4</a></span>( <span class="tp op">^</span><span class="tp tpp">tuple5</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">,</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tv">a1</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">d</span></div><div class="doc koka comment">
@@ -476,23 +476,23 @@ <h1 class="synopsis">Primitive types and functions.</h1>
 
 <p class="p noindent">Automatically generated. Retrieves the <code class="koka">thd</code> constructor field of the <code class="koka"><a class="pp" href="#type_space_tuple5"><span class="tp">tuple5</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple5: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code> type.
 </p></div></div></div></div>
-<div class="decl" id="type_space_unit"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">unit</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_unit"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">unit</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The unit type <code class="koka"><a class="pp" href="#type_space_unit"><span class="tp">unit</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a></code> is inhabited by just a single value, namely <code class="koka"><a class="pp" href="#con_space_Unit"><span class="co">Unit</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a></code>.
 Usually the type and constructor are written as <code class="koka">()</code>.
 See also the <code class="koka"><a class="pp" href="#type_space_void"><span class="tp">void</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>void: <span class="co">V</span></span></a></code> type and the <code class="koka"><a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> type.
 </p></div></div>
-<div class="decl" id="type_space_vector"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_vector"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The type of immutable polymorphic arrays is called <code class="koka"><a class="pp" href="#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code>.
-See <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_vector.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></a></code> for vector operations.
+See <code class="koka"><a class="doc link" href="std_core_vector.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></a></code> for vector operations.
 </p></div></div>
-<div class="decl" id="type_space_void"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_void"><span class="tp">void</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>void: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
+<div class="decl" id="type_space_void"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_void"><span class="tp">void</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>void: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">The <code class="koka"><a class="pp" href="#type_space_void"><span class="tp">void</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>void: <span class="co">V</span></span></a></code> type is empty and has no constructors.
-See also the <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core.html#type_space__lp__rp_"><span class="tp">(())</span></a></code> unit type and the <code class="koka"><a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> type.
+See also the <code class="koka"><a class="doc link" href="std_core.html#type_space__lp__rp_"><span class="tp">(())</span></a></code> unit type and the <code class="koka"><a class="pp" href="#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></code> type.
 </p></div></div>
-<div class="decl" id="type_space_write"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="type_space_write"><div class="header code"><span class="def"><span class="kw">effect</span>&nbsp;<span class="tp"><a class="pp" href="std_core_types-source.html#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">h</span>&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">The write effect: signifies that a function may write to heap <code class="koka"><span class="tp tv">h</span></code>.
 </p></div></div>
diff --git a/doc/std_core_undiv-source.html b/doc/std_core_undiv-source.html
index 94cbeb6f5..2af2b6b52 100644
--- a/doc/std_core_undiv-source.html
+++ b/doc/std_core_undiv-source.html
@@ -23,9 +23,9 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Unsafe primitives to dismiss divergence.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#_null_"><span class="mo">std/core/undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_undiv.html#_null_"><span class="mo">std/core/undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
 
 <span class="comment">// &#95;Unsafe&#95;. Mark a function parameter as decreasing to suppress the non-termination effect (&#96;:div&#96;).
 // The compiler has a very limited termination analysis, only recognizing direct recursion on
@@ -33,14 +33,14 @@
 // as such by the compiler, you can wrap the arguments in &#96;pretend-decreasing&#96; to inform the
 // termination analysis to consider that parameter decreasing on a recursive call. Use with care
 // to not accidentally allow actual divergence (without having that reflected in the effect type).
-</span><span class="decl-extern" id="pretend_decreasing"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( x <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-extern" id="pretend_decreasing"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="std_core_undiv.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( x <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   inline <span class="st">"#1"</span></span>
 
 <span class="comment">// &#95;Unsafe&#95;. This function pretends that the given action is terminating.
-</span><span class="decl-fun" id="pretend_no_div"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#pretend_no_div">pretend-no-div<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>no<span class="dash">-</span>div: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">29</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">28</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">46</span> <span class="number">45</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="pretend_no_div"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_undiv.html#pretend_no_div">pretend-no-div<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>no<span class="dash">-</span>div: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">29</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">28</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">46</span> <span class="number">45</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#pretend_nodiv_cast">pretend-nodiv-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>nodiv<span class="dash">-</span>cast: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">29</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">28</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">29</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">29</span> <span class="op">$</span><span class="number">28</span>)</span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp op">|$</span><span class="number">29</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">28</span></span></a> )(</span>)
 
-inline fip <span class="decl-extern" id="pretend_nodiv_cast"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#pretend_nodiv_cast">pretend-nodiv-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>nodiv<span class="dash">-</span>cast: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+inline fip <span class="decl-extern" id="pretend_nodiv_cast"><span class="kw">extern</span> <a class="pp" href="std_core_undiv.html#pretend_nodiv_cast">pretend-nodiv-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>nodiv<span class="dash">-</span>cast: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_div"><span class="tp"><span class="effect">div</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
 </pre>
diff --git a/doc/std_core_undiv.html b/doc/std_core_undiv.html
index 52b2623c9..72321ca6e 100644
--- a/doc/std_core_undiv.html
+++ b/doc/std_core_undiv.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_undiv-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#pretend_decreasing"><span class="kw">fun</span>&nbsp;pretend<span class="dash">-</span>decreasing</a></li><li><a class="link" href="#pretend_no_div"><span class="kw">fun</span>&nbsp;pretend<span class="dash">-</span>no<span class="dash">-</span>div</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">Unsafe primitives to dismiss divergence.
@@ -27,18 +27,18 @@ <h1 class="synopsis">Unsafe primitives to dismiss divergence.
 </p></div>
 <div class="decl" id="pretend_decreasing"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_undiv-source.html#pretend_decreasing">pretend<span class="dash">-</span>decreasing</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span></div><div class="doc koka comment">
 
-<p class="p noindent"><em class="em-low1">Unsafe</em>. Mark a function parameter as decreasing to suppress the non-termination effect (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></code>).
+<p class="p noindent"><em class="em-low1">Unsafe</em>. Mark a function parameter as decreasing to suppress the non-termination effect (<code class="koka"><a class="pp" href="std_core_types.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></code>).
 The compiler has a very limited termination analysis, only recognizing direct recursion on
 inductive datatypes. When it is clear a function has a decreasing parameter but it is not recognized
 as such by the compiler, you can wrap the arguments in <code class="koka"><a class="pp" href="#pretend_decreasing">pretend<span class="dash">-</span>decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">a</span></span></a></code> to inform the
 termination analysis to consider that parameter decreasing on a recursive call. Use with care
 to not accidentally allow actual divergence (without having that reflected in the effect type).
 </p></div></div>
-<div class="decl" id="pretend_no_div"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_undiv-source.html#pretend_no_div">pretend<span class="dash">-</span>no<span class="dash">-</span>div</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div><div class="doc koka comment">
+<div class="decl" id="pretend_no_div"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_undiv-source.html#pretend_no_div">pretend<span class="dash">-</span>no<span class="dash">-</span>div</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div><div class="doc koka comment">
 
 <p class="p noindent"><em class="em-low1">Unsafe</em>. This function pretends that the given action is terminating.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_unsafe-source.html b/doc/std_core_unsafe-source.html
index 6c0e914a2..c2efbe0cd 100644
--- a/doc/std_core_unsafe-source.html
+++ b/doc/std_core_unsafe-source.html
@@ -23,9 +23,9 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Unsafe primitives to dismiss effects.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#_null_"><span class="mo">std/core/unsafe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_unsafe.html#_null_"><span class="mo">std/core/unsafe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
 
 <span class="comment">// &#95;Unsafe&#95;. This function calls a function and pretends it did not have any effect at all.
 // Use with utmost care as it should not be used to dismiss user-defined effects that need
@@ -48,21 +48,21 @@
 // fun get-global() : e int
 //   myglobal.force
 // &#96;&#96;&#96;
-</span><span class="decl-fun" id="unsafe_total"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">60</span> <span class="op">$</span><span class="number">59</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">78</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
+</span><span class="decl-fun" id="unsafe_total"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_unsafe.html#unsafe_total">unsafe-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">60</span> <span class="op">$</span><span class="number">59</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="number">78</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>
   <a class="pp" href="#unsafe_total_cast">unsafe-total-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total<span class="dash">-</span>cast: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">60</span> <span class="op">$</span><span class="number">59</span>) <span class="kw op">-></span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">59</span>)</span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">60</span> <span class="op">$</span><span class="number">59</span></span></a> )(</span>)
 
-inline fip <span class="decl-extern" id="unsafe_total_cast"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#unsafe_total_cast">unsafe-total-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total<span class="dash">-</span>cast: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
+inline fip <span class="decl-extern" id="unsafe_total_cast"><span class="kw">extern</span> <a class="pp" href="std_core_unsafe.html#unsafe_total_cast">unsafe-total-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total<span class="dash">-</span>cast: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">(</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a><span class="tp sp">)</span>
   inline <span class="st">"#1"</span></span>
 
 <span class="comment">// &#95;Unsafe&#95;. This function pretends the given &#96;action&#96; is deterministic
-</span><span class="decl-fun" id="pretend_no_ndet"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#pretend_no_ndet">pretend-no-ndet<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>pretend<span class="dash">-</span>no<span class="dash">-</span>ndet: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">34</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">33</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">52</span> <span class="number">51</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="pretend_no_ndet"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_unsafe.html#pretend_no_ndet">pretend-no-ndet<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>pretend<span class="dash">-</span>no<span class="dash">-</span>ndet: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">34</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">33</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">52</span> <span class="number">51</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <a class="pp" href="#unsafe_total_cast">unsafe-total-cast<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total<span class="dash">-</span>cast: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">34</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">33</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">34</span> (() <span class="kw op">-></span> <span class="op">$</span><span class="number">33</span>)</span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">34</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">33</span></span></a> )(</span>)
 
 <span class="comment">// &#95;Unsafe&#95;. This function checks if two objects have the same address in the heap.
 // The results may vary on the backend or compiler optimizations but the function pretends to be &#96;:total&#96;.
 // Note also that value types always compare unequal since each value will be boxed fresh in the heap
 // when calling this function.
-</span><span class="decl-extern" id="unsafe_ptr_eq"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_unsafe.html#unsafe_ptr_eq">unsafe-ptr-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>ptr<span class="dash">-</span>eq: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( x <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, y <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="unsafe_ptr_eq"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_unsafe.html#unsafe_ptr_eq">unsafe-ptr-eq<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>ptr<span class="dash">-</span>eq: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( x <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, y <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c  inline <span class="st">"kk&#95;box&#95;eq(#1,#2)"</span>
   cs inline <span class="st">"Object.ReferenceEquals(#1,#2)"</span>
   js inline <span class="st">"Object.is(#1,#2)"</span></span>
diff --git a/doc/std_core_unsafe.html b/doc/std_core_unsafe.html
index 6cc69436a..d3004f1d9 100644
--- a/doc/std_core_unsafe.html
+++ b/doc/std_core_unsafe.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_unsafe-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_unsafe-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#pretend_no_ndet"><span class="kw">fun</span>&nbsp;pretend<span class="dash">-</span>no<span class="dash">-</span>ndet</a></li><li><a class="link" href="#unsafe_ptr_eq"><span class="kw">fun</span>&nbsp;unsafe<span class="dash">-</span>ptr<span class="dash">-</span>eq</a></li><li><a class="link" href="#unsafe_total"><span class="kw">fun</span>&nbsp;unsafe<span class="dash">-</span>total</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">Unsafe primitives to dismiss effects.
@@ -25,14 +25,14 @@ <h1 class="synopsis">Unsafe primitives to dismiss effects.
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="pretend_no_ndet"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_unsafe-source.html#pretend_no_ndet">pretend<span class="dash">-</span>no<span class="dash">-</span>ndet</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div><div class="doc koka comment">
+<div class="decl" id="pretend_no_ndet"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_unsafe-source.html#pretend_no_ndet">pretend<span class="dash">-</span>no<span class="dash">-</span>ndet</a></span>( <span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div><div class="doc koka comment">
 
 <p class="p noindent"><em class="em-low1">Unsafe</em>. This function pretends the given <code class="koka">action</code> is deterministic.
 </p></div></div>
-<div class="decl" id="unsafe_ptr_eq"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_unsafe-source.html#unsafe_ptr_eq">unsafe<span class="dash">-</span>ptr<span class="dash">-</span>eq</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="unsafe_ptr_eq"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_unsafe-source.html#unsafe_ptr_eq">unsafe<span class="dash">-</span>ptr<span class="dash">-</span>eq</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent"><em class="em-low1">Unsafe</em>. This function checks if two objects have the same address in the heap.
-The results may vary on the backend or compiler optimizations but the function pretends to be <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_total"><span class="tp">total</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a></code>.
+The results may vary on the backend or compiler optimizations but the function pretends to be <code class="koka"><a class="pp" href="std_core_types.html#type_space_total"><span class="tp">total</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a></code>.
 Note also that value types always compare unequal since each value will be boxed fresh in the heap
 when calling this function.
 </p></div></div>
@@ -45,9 +45,9 @@ <h1 class="synopsis">Unsafe primitives to dismiss effects.
 <p class="p indent">You can use <code class="koka"><a class="pp" href="#unsafe_total">unsafe<span class="dash">-</span>total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">a</span></span></a></code> to dismiss built-in effects without handlers which include:
 </p>
 <ul class="ul list-dash compact">
-<li class="li ul-li list-dash-li compact-li">behavioral: <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></code> (non-termination/divergence), <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a></code> (non-determinism)
+<li class="li ul-li list-dash-li compact-li">behavioral: <code class="koka"><a class="pp" href="std_core_types.html#type_space_div"><span class="tp">div</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>div: <span class="co">X</span></span></a></code> (non-termination/divergence), <code class="koka"><a class="pp" href="std_core_types.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a></code> (non-determinism)
 </li>
-<li class="li ul-li list-dash-li compact-li">state: <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">E</span></span></a></code>
+<li class="li ul-li list-dash-li compact-li">state: <code class="koka"><a class="pp" href="std_core_types.html#type_space_alloc"><span class="tp">alloc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>alloc: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>, <code class="koka"><a class="pp" href="std_core_types.html#type_space_read"><span class="tp">read</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>read: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>, <code class="koka"><a class="pp" href="std_core_types.html#type_space_write"><span class="tp">write</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>write: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">X</span></span></a></code>, <code class="koka"><a class="pp" href="std_core_types.html#type_space_st"><span class="tp">st</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>st: <span class="co">H</span> <span class="kw op">-&gt;</span> <span class="co">E</span></span></a></code>
 </li>
 <li class="li ul-li list-dash-li compact-li">external: <code class="koka"><span class="tp">ui</span></code>, <code class="koka"><span class="tp">fsys</span></code>, <code class="koka"><span class="tp">net</span></code>, <code class="koka"><span class="tp">blocking</span></code>
 </li>
@@ -58,17 +58,17 @@ <h1 class="synopsis">Unsafe primitives to dismiss effects.
 vector should be passed in).
 </p>
 <p class="p indent">Try to avoid using <code class="koka"><a class="pp" href="#unsafe_total">unsafe<span class="dash">-</span>total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>unsafe<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">a</span></span></a></code> to initialize global values that have a side-effect, but
-use <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_delayed.html#delay">delay</a></code> instead:
+use <code class="koka"><a class="doc link" href="std_core_delayed.html#delay">delay</a></code> instead:
 </p>
 <p class="p indent"><pre class="koka source"><span class="plaincode">val myglobal = delay( fn() initialize() )
 fun get-global() : e int
   myglobal.force
 </span><span class="nicecode"><span class="kw">val</span> myglobal <span class="kw">=</span> delay( <span class="kw">fn</span>() initialize() )
-<span class="kw">fun</span> get<span class="dash">-</span>global() <span class="tp kw op">:</span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+<span class="kw">fun</span> get<span class="dash">-</span>global() <span class="tp kw op">:</span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   myglobal<span class="kw op">.</span>force
 </span></pre>.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_core_vector-source.html b/doc/std_core_vector-source.html
index 40fac934b..0453e156c 100644
--- a/doc/std_core_vector-source.html
+++ b/doc/std_core_vector-source.html
@@ -23,13 +23,13 @@
 ---------------------------------------------------------------------------&#42;/</span>
 
 <span class="comment">// Standard vector functions.
-</span><span class="kw">module</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#_null_"><span class="mo">std/core/vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></span></a>
+</span><span class="kw">module</span> <a class="pp" href="std_core_vector.html#_null_"><span class="mo">std/core/vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></span></a>
 
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#_null_"><span class="mo">std/core/undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#_null_"><span class="mo">std/core/exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a>
-<span class="kw">import</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_types.html#_null_"><span class="mo">std/core/types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_undiv.html#_null_"><span class="mo">std/core/undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std/core/hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_exn.html#_null_"><span class="mo">std/core/exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a>
+<span class="kw">import</span> <a class="pp" href="std_core_int.html#_null_"><span class="mo">std/core/int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a>
 
 <span class="kw">extern</span> <span class="kw">import</span>
   c  file <span class="st">"inline/vector"</span>
@@ -40,47 +40,47 @@
 // ----------------------------------------------------------------------------
 </span>
 <span class="comment">// Return the element at position &#96;index&#96;  in vector &#96;v&#96;  without bounds check!
-</span>inline <span class="decl-extern" id="unsafe_idx"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">index</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <span class="op">^</span>v <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, index <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+</span>inline <span class="decl-extern" id="unsafe_idx"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">index</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span></span></a>( <span class="op">^</span>v <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, index <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;vector&#95;at&#95;borrow"</span>
   cs inline <span class="st">"(#1)[#2]"</span>
   js inline <span class="st">"(#1)[#2]"</span></span>
 
-inline <span class="decl-extern" id="unsafe_assign"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#unsafe_assign">unsafe-assign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>assign: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">v</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">i</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+inline <span class="decl-extern" id="unsafe_assign"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#unsafe_assign">unsafe-assign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>assign: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">v</span> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">i</span> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;vector&#95;unsafe&#95;assign"</span>
   cs inline <span class="st">"(#1)[#2] = #3"</span>
   js inline <span class="st">"(#1)[#2] = #3"</span></span>
 
-inline <span class="decl-extern" id="unsafe_vector"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#unsafe_vector">unsafe-vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+inline <span class="decl-extern" id="unsafe_vector"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#unsafe_vector">unsafe-vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span> <span class="tp tpp">n</span> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  inline <span class="st">"kk&#95;vector&#95;alloc(#1,kk&#95;box&#95;null(),kk&#95;context())"</span>
   cs inline <span class="st">"(new ##1[#1])"</span>
   js inline <span class="st">"Array(#1)"</span></span>
 
 <span class="comment">// Assign to an entry in a local &#96;:vector&#96; variable.
-</span><span class="kw">pub</span> inline <span class="kw">extern</span> @index( <span class="op">^</span>self <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>, <span class="op">^</span>index <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, assigned <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+</span><span class="kw">pub</span> inline <span class="kw">extern</span> @index( <span class="op">^</span>self <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_local_var"><span class="tp">local-var</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>var: <span class="tp sp">(</span><span class="co">H</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>, <span class="op">^</span>index <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, assigned <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="std_core_types-source.html#type_space_local"><span class="tp">local</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local: <span class="co">H</span> <span class="kw op">-></span> <span class="co">X</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">s</span><span class="pc">s: <span class="co">H</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">,</span><a class="pp" href="std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;ref&#95;vector&#95;assign&#95;borrow"</span>
   cs inline <span class="st">"(#1)[(int)#2] = #3"</span>  <span class="comment">// check bounds?
 </span>  js inline <span class="st">"(#1)[#2] = #3"</span>       <span class="comment">// todo: check bounds!
 </span>
 <span class="comment">// Length of a vector.
-</span>inline <span class="decl-extern" id="lengthz"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>( <span class="op">^</span>v <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
+</span>inline <span class="decl-extern" id="lengthz"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>( <span class="op">^</span>v <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
   c  <span class="st">"kk&#95;vector&#95;len&#95;borrow"</span>
   cs inline <span class="st">"((#1).Length)"</span>
   js inline <span class="st">"((#1).length)"</span></span>
 
 <span class="comment">// Create a new vector of length &#96;n&#96;  with initial elements &#96;init&#96;&#96; .
-</span><span class="decl-fun" id="vector_alloc"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#vector_alloc">vector-alloc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">375</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="vector_alloc"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#vector_alloc">vector-alloc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">375</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c <span class="st">"kk&#95;vector&#95;alloc"</span>
   cs inline <span class="st">"Primitive.NewArray&lt;##1&gt;(#1,#2)"</span>
   js inline <span class="st">"&#95;vector&#95;initz(#1,#2)"</span></span>
 
 <span class="comment">// Create a new vector of length &#96;n&#96;  with initial elements given by a total function &#96;f&#96; .
-</span><span class="decl-fun" id="vector_alloc_total"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#vector_alloc_total">vector-alloc-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">399</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="vector_alloc_total"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#vector_alloc_total">vector-alloc-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">399</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a>) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c <span class="st">"kk&#95;vector&#95;init&#95;total"</span>
   cs inline <span class="st">"Primitive.NewArray&lt;##1&gt;(#1,#2)"</span>
   js inline <span class="st">"&#95;vector&#95;initf(#1,#2)"</span></span>
 
 <span class="comment">// Create an empty vector.
-</span><span class="decl-extern" id="unit_fs_vector"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#unit_fs_vector">unit/vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">unit<span class="fslash">/</span></span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-extern" id="unit_fs_vector"><span class="kw">pub</span> inline <span class="kw">extern</span> <a class="pp" href="std_core_vector.html#unit_fs_vector">unit/vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">unit<span class="fslash">/</span></span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp kw">forall</span><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c inline <span class="st">"kk&#95;vector&#95;empty()"</span>
   cs inline <span class="st">"new ##1[0]"</span>
   js inline <span class="st">"[]"</span></span>
@@ -88,76 +88,76 @@
 
 <span class="comment">// Return the element at position &#96;index&#96;  in vector &#96;v&#96;.
 // Raise an out of bounds exception if &#96;index &lt; 0&#96;  or &#96;index &gt;= v.length&#96;.
-</span><span class="kw">pub</span> <span class="kw">fun</span> @index( <span class="op">^</span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">252</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">val</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">=</span> <a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">ssize&#95;t</span></span></a>()
-  <span class="kw">if</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <a class="pp" href="#ssize__t_fs__lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">bool</span></span></a> <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span>) <span class="kw op">-></span> exn ssize&#95;t</span></a> <span class="kw">then</span> <a class="pp" href="#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span>, index <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>) <span class="kw op">-></span> exn <span class="op">$</span><span class="number">206</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span></span></a>,<a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">206</span></span></a>(<a class="pp">"index out of bounds"<span class="pc">literal: <span class="tp">string</span><br>count= 19</span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn-source.html#con_space_ExnRange"><span class="co">ExnRange</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnRange: <span class="tp">exception<span class="dash">-</span>info</span></span></a>)
+</span><span class="kw">pub</span> <span class="kw">fun</span> @index( <span class="op">^</span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="number">252</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_exn-source.html#type_space_exn"><span class="tp">exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>exn: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">val</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">=</span> <a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">ssize&#95;t</span></span></a>()
+  <span class="kw">if</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <a class="pp" href="#ssize__t_fs__lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp">bool</span></span></a> <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span>) <span class="kw op">-></span> exn ssize&#95;t</span></a> <span class="kw">then</span> <a class="pp" href="#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span>, index <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>) <span class="kw op">-></span> exn <span class="op">$</span><span class="number">206</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">206</span><span class="op">&gt;</span></span></a>,<a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a>) <span class="kw">else</span> <a class="pp" href="std_core_exn-source.html#throw">throw<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>throw: <span class="tp sp">(</span><span class="tp tpp">message</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">info</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">exception<span class="dash">-</span>info</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">exn</span> <span class="tp op">$</span><span class="number">206</span></span></a>(<a class="pp">"index out of bounds"<span class="pc">literal: <span class="tp">string</span><br>count= 19</span></a>,<a class="pp" href="std_core_exn-source.html#con_space_ExnRange"><span class="co">ExnRange</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>ExnRange: <span class="tp">exception<span class="dash">-</span>info</span></span></a>)
 
 <span class="comment">// Return the element at position &#96;index&#96; in vector &#96;v&#96;, or &#96;Nothing&#96; if out of bounds
-</span><span class="decl-fun" id="at"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#at">at<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>at: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">index</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">302</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">val</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">=</span> <a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>
-  <span class="kw">if</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <a class="pp" href="#ssize__t_fs__lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span>) <span class="kw op">-></span> ssize&#95;t</span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span>, index <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">261</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span></span></a>,<a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a>)) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
+</span><span class="decl-fun" id="at"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#at">at<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>at: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">index</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <span class="op">^</span><a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">302</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">val</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">=</span> <a class="pp">index<span class="pc">index: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>
+  <span class="kw">if</span> <a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a> <a class="pp" href="#ssize__t_fs__lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span>) <span class="kw op">-></span> ssize&#95;t</span></a> <span class="kw">then</span> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span>, index <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">261</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">261</span><span class="op">&gt;</span></span></a>,<a class="pp">idx<span class="pc">idx: <span class="tp">ssize&#95;t</span></span></a>)) <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 <span class="comment">// Return the length of a vector.
-</span><span class="decl-fun" id="length"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>length: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <span class="op">^</span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">314</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
-  <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">314</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">314</span><span class="op">&gt;</span>) <span class="kw op">-></span> ssize&#95;t</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a></span>
+</span><span class="decl-fun" id="length"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>length: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <span class="op">^</span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">314</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
+  <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">314</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">314</span><span class="op">&gt;</span>) <span class="kw op">-></span> ssize&#95;t</span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a></span>
 
 <span class="comment">// Create a new vector of length &#96;n&#96;  with initial elements &#96;default&#96; .
-</span><span class="decl-fun" id="vector"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#vector">vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">746</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="number">763</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#vector_alloc">vector-alloc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">746</span>) <span class="kw op">-></span> vector<span class="op">&lt;$</span><span class="number">746</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>, <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">746</span></span></a></span>)
+</span><span class="decl-fun" id="vector"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#vector">vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">746</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="number">763</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#vector_alloc">vector-alloc<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">746</span>) <span class="kw op">-></span> vector<span class="op">&lt;$</span><span class="number">746</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>, <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">746</span></span></a></span>)
 
 <span class="comment">// Create a new vector of length &#96;n&#96;  with initial elements given by &#95;total&#95; function &#96;f&#96;.
 // (can be more efficient than &#96;vector-init&#96;)
-</span><span class="decl-fun" id="vector_init_total"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#vector_init_total">vector-init-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>init<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">844</span> vector<span class="op">&lt;</span><span class="number">843</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#vector_alloc_total">vector-alloc-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">818</span> vector<span class="op">&lt;$</span><span class="number">817</span><span class="op">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">818</span> ssize&#95;t</span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>) <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>) </span>)
+</span><span class="decl-fun" id="vector_init_total"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#vector_init_total">vector-init-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>init<span class="dash">-</span>total: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">844</span> vector<span class="op">&lt;</span><span class="number">843</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#vector_alloc_total">vector-alloc-total<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>alloc<span class="dash">-</span>total: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">818</span> vector<span class="op">&lt;$</span><span class="number">817</span><span class="op">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">818</span> ssize&#95;t</span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>) <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">817</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>) </span>)
 
 <span class="comment">// Create a new vector of length &#96;n&#96;  with initial elements given by function &#96;f&#96; which can have a control effect.
-</span><span class="decl-fun" id="vector_init"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#vector_init">vector-init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>init: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> <span class="op">$</span><span class="number">771</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">810</span> vector<span class="op">&lt;</span><span class="number">809</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">val</span> <a class="pp">len<span class="pc">len: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">=</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> ssize&#95;t</span></a>
+</span><span class="decl-fun" id="vector_init"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#vector_init">vector-init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>init: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <span class="op">^</span><a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> <span class="op">$</span><span class="number">771</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">810</span> vector<span class="op">&lt;</span><span class="number">809</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">val</span> <a class="pp">len<span class="pc">len: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">=</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> ssize&#95;t</span></a>
   <span class="kw">val</span> <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_vector">unsafe-vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>vector: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> vector<span class="op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span></span></a>(<a class="pp">len<span class="pc">len: <span class="tp">ssize&#95;t</span></span></a>)
   <a class="pp" href="#forz">forz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>forz: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">772</span> ()</span></a>( <a class="pp">len<span class="pc">len: <span class="tp">ssize&#95;t</span></span></a> ) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)
-    <a class="pp" href="#unsafe_assign">unsafe-assign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>assign: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">771</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">772</span> ()</span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> <span class="op">$</span><span class="number">771</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> int</span></a>))
+    <a class="pp" href="#unsafe_assign">unsafe-assign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>assign: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">771</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">772</span> ()</span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> <span class="op">$</span><span class="number">771</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">772</span> int</span></a>))
   </span><a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">771</span><span class="op">&gt;</span></span></a>
 
 <span class="comment">// Invoke a function &#96;f&#96; for each element in a vector &#96;v&#96;
-</span><span class="decl-fun" id="foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">566</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">566</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">567</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">585</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="foreach"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">566</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">566</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">567</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">585</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">566</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_indexedz">foreach-indexedz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexedz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">566</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">566</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">567</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">567</span> ()</span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">566</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">567</span> ()</span></a>(&#95;,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">566</span></span></a>) { <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">566</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">567</span> ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">566</span></span></a>) }</span>)
 
 <span class="comment">// Invoke a function &#96;f&#96; for each element in a vector &#96;v&#96;
-</span><span class="decl-fun" id="foreach_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#foreach_indexed">foreach-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">592</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">615</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#foreach_indexedz">foreach-indexedz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexedz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">592</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">592</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">592</span></span></a>) { <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">593</span> int</span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">592</span></span></a>) } </span>)
+</span><span class="decl-fun" id="foreach_indexed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#foreach_indexed">foreach-indexed<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">592</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">615</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#foreach_indexedz">foreach-indexedz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexedz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">592</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">592</span><span class="op">&gt;</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">592</span></span></a>) { <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">592</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">593</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t_fs_int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">593</span> int</span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">592</span></span></a>) } </span>)
 
-<span class="decl-fun" id="foreach_indexedz"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#foreach_indexedz">foreach-indexedz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexedz: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">529</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">529</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">530</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">559</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+<span class="decl-fun" id="foreach_indexedz"><span class="kw">fun</span> <a class="pp" href="std_core_vector.html#foreach_indexedz">foreach-indexedz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexedz: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">529</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">529</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">530</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">559</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   <a class="pp" href="#forz">forz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>forz: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">530</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">530</span> ()</span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">529</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">529</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">530</span> ssize&#95;t</span></a> ) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">530</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)
     <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">529</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">530</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">529</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">529</span><span class="op">&gt;</span>, index <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">530</span> <span class="op">$</span><span class="number">529</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)</span>)
 
 <span class="comment">// Invoke a function &#96;f&#96; for each element in a vector &#96;v&#96;.
 // If &#96;f&#96; returns &#96;Just&#96;, the iteration is stopped early and the result is returned.
-</span><span class="decl-fun" id="foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">622</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">622</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">624</span> maybe<span class="op">&lt;$</span><span class="number">623</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">658</span> maybe<span class="op">&lt;</span><span class="number">657</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="foreach_while"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#foreach_while">foreach-while<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>while: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">622</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">622</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">624</span> maybe<span class="op">&lt;$</span><span class="number">623</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">658</span> maybe<span class="op">&lt;</span><span class="number">657</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="#for_whilez">for-whilez<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>for<span class="dash">-</span>whilez: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">624</span> maybe<span class="op">&lt;$</span><span class="number">623</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">624</span> maybe<span class="op">&lt;$</span><span class="number">623</span><span class="op">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">622</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lengthz">lengthz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>lengthz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">622</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">624</span> ssize&#95;t</span></a> ) <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">624</span> maybe<span class="op">&lt;$</span><span class="number">623</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)
     <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">622</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">624</span> maybe<span class="op">&lt;$</span><span class="number">623</span><span class="op">&gt;</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">622</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#unsafe_idx">unsafe-idx<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>idx: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">622</span><span class="op">&gt;</span>, index <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">624</span> <span class="op">$</span><span class="number">622</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)</span>)
 
 <span class="comment">// Apply a total function &#96;f&#96; to each element in a vector &#96;v&#96;
-</span><span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">688</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> <span class="op">$</span><span class="number">689</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">736</span> vector<span class="op">&lt;</span><span class="number">735</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_vector">unsafe-vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>vector: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">690</span> vector<span class="op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>length: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> int</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">690</span> ssize&#95;t</span></a>)
+</span><span class="decl-fun" id="map"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>map: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">688</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> <span class="op">$</span><span class="number">689</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">736</span> vector<span class="op">&lt;</span><span class="number">735</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">val</span> <a class="pp">w<span class="pc">w: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#unsafe_vector">unsafe-vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>vector: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">690</span> vector<span class="op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span></span></a>(<a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#length">length<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>length: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> int</span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">690</span> ssize&#95;t</span></a>)
   <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#foreach_indexedz">foreach-indexedz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>foreach<span class="dash">-</span>indexedz: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">688</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">688</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">688</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">688</span></span></a>)
     <a class="pp" href="#unsafe_assign">unsafe-assign<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>assign: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span>, i <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span>, x <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">689</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> ()</span></a>(<a class="pp">w<span class="pc">w: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span></span></a>,<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">688</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">690</span> <span class="op">$</span><span class="number">689</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">688</span></span></a>))
   </span><a class="pp">w<span class="pc">w: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">689</span><span class="op">&gt;</span></span></a>
 
 <span class="comment">// Convert a vector to a list.
-</span><span class="decl-fun" id="list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">668</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">683</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="list"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>list: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">668</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">683</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">668</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#vlist">vlist<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vlist: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">668</span><span class="op">&gt;</span>, tail <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">668</span><span class="op">&gt;</span>)) <span class="kw op">-></span> list<span class="op">&lt;$</span><span class="number">668</span><span class="op">&gt;</span></span></a></span>
 
 <span class="comment">// Convert a vector to a list with an optional tail.
-</span><span class="decl-fun" id="vlist"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#vlist">vlist<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vlist: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">334</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">tail<span class="pc">tail: <span class="tp sp">?</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">334</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="vlist"><span class="kw">pub</span> <span class="kw">extern</span> <a class="pp" href="std_core_vector.html#vlist">vlist<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vlist: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">v<span class="pc">v: <span class="tp">vector</span><span class="tp op">&lt;$</span><span class="number">334</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">tail<span class="pc">tail: <span class="tp sp">?</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">334</span><span class="op">&gt;</span>)</span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;vector&#95;to&#95;list"</span>
   cs inline <span class="st">"Primitive.VList&lt;##1&gt;(#1,#2)"</span>
   js inline <span class="st">"&#95;vlist(#1,#2)"</span></span>
 
 <span class="comment">// Convert a list to a vector.
-</span><span class="decl-fun" id="list_fs_vector"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#list_fs_vector">list/vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="number">863</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+</span><span class="decl-fun" id="list_fs_vector"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="std_core_vector.html#list_fs_vector">list/vector<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>vector: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="number">863</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#unvlist">unvlist<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unvlist: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span>) <span class="kw op">-></span> vector<span class="op">&lt;$</span><span class="number">851</span><span class="op">&gt;</span></span></a></span>
 
-<span class="decl-fun" id="unvlist"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#unvlist">unvlist<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unvlist: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">358</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+<span class="decl-fun" id="unvlist"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#unvlist">unvlist<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>unvlist: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">vector</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">358</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   c  <span class="st">"kk&#95;list&#95;to&#95;vector"</span>
   cs inline <span class="st">"Primitive.UnVList&lt;##1&gt;(#1)"</span>
   js inline <span class="st">"&#95;unvlist(#1)"</span></span>
@@ -165,60 +165,60 @@
 
 <span class="comment">// Executes &#96;action&#96; &#96;n&#96; times for each integer between [&#96;0&#96;,&#96;n&#96;)  (excluding &#96;n&#96; ).
 // If &#96;n &lt;= 0&#96;  the function returns without any call to &#96;action&#96; .
-</span><span class="decl-fun" id="forz"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#forz">forz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>forz: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">525</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>
+</span><span class="decl-fun" id="forz"><span class="kw">fun</span> <a class="pp" href="std_core_vector.html#forz">forz<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>forz: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">525</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>
     <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <a class="pp" href="#ssize__t_fs__lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> bool</span></a> <a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">then</span>
       <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)
-      <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ssize&#95;t</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="#ssize__t_fs_incr">incr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>incr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ssize&#95;t</span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ssize&#95;t</span></a></span>)
+      <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ssize&#95;t</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="#ssize__t_fs_incr">incr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>incr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ssize&#95;t</span></a>)</span><a class="pp" href="std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ()</span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">492</span> ssize&#95;t</span></a></span>)
 
 <span class="comment">// Executes &#96;action&#96; at most &#96;n&#96; times for each integer between &#96;0&#96;  upto &#96;n&#96;  (excluding &#96;n&#96; ).
 // If &#96;n &lt;= 0&#96;  the function returns without any call to &#96;action&#96; .
 // If &#96;action&#96; returns &#96;Just&#96;, the iteration is stopped and the result returned
-</span><span class="decl-fun" id="for_whilez"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#for_whilez">for-whilez<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>for<span class="dash">-</span>whilez: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">485</span> maybe<span class="op">&lt;</span><span class="number">484</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>
+</span><span class="decl-fun" id="for_whilez"><span class="kw">fun</span> <a class="pp" href="std_core_vector.html#for_whilez">for-whilez<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>for<span class="dash">-</span>whilez: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">485</span> maybe<span class="op">&lt;</span><span class="number">484</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>
     <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <a class="pp" href="#ssize__t_fs__lt_">&lt;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> bool</span></a> <a class="pp">n<span class="pc">n: <span class="tp">ssize&#95;t</span></span></a> <span class="kw">then</span>
       <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> ssize&#95;t</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="#ssize__t_fs_incr">incr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>incr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> ssize&#95;t</span></a>))
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">433</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">433</span></span></a>)
-    <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> ssize&#95;t</span></a></span>)
+        <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>(<a class="pp" href="std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> ssize&#95;t</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a><span class="kw op">.</span><a class="pp" href="#ssize__t_fs_incr">incr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>incr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> ssize&#95;t</span></a>))
+        <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">433</span></span></a>) <span class="kw op">-></span> <a class="pp" href="std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">433</span></span></a>)
+    <span class="kw">else</span> <a class="pp" href="std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> maybe<span class="op">&lt;$</span><span class="number">433</span><span class="op">&gt;</span></span></a>(<a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a><span class="kw op">.</span><a class="pp" href="std_core_int-source.html#ssize__t">ssize&#95;t<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>ssize&#95;t: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">434</span> ssize&#95;t</span></a></span>)
 
 
 
 
 <span class="comment">// Minimal set of operations that we need in &#96;std/core&#96;.
-</span>inline fip <span class="decl-extern" id="ssize__t_fs__lt__eq_"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs__lt__eq_">ssize&#95;t/(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+</span>inline fip <span class="decl-extern" id="ssize__t_fs__lt__eq_"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs__lt__eq_">ssize&#95;t/(&lt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &lt;= #2)"</span></span>
 
-inline fip <span class="decl-extern" id="ssize__t_fs__gt__eq_"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs__gt__eq_">ssize&#95;t/(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="ssize__t_fs__gt__eq_"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs__gt__eq_">ssize&#95;t/(&gt;=)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &gt;= #2)"</span></span>
 
-inline fip <span class="decl-extern" id="ssize__t_fs__lt_"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs__lt_">ssize&#95;t/(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="ssize__t_fs__lt_"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs__lt_">ssize&#95;t/(&lt;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(&lt;): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &lt; #2)"</span></span>
 
-inline fip <span class="decl-extern" id="ssize__t_fs__plus_"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs__plus_">ssize&#95;t/(+)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(+): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="ssize__t_fs__plus_"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs__plus_">ssize&#95;t/(+)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(+): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 + #2)"</span>
   js inline <span class="st">"((#1 + #2)|0)"</span></span>
 
-inline fip <span class="decl-extern" id="ssize__t_fs__dash_"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs__dash_">ssize&#95;t/(-)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="ssize__t_fs__dash_"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs__dash_">ssize&#95;t/(-)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp">ssize&#95;t</span><span class="tp sp">,</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>  <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 - #2)"</span>
   js inline <span class="st">"((#1 - #2)|0)"</span></span>
 
-inline fip <span class="decl-extern" id="ssize__t_fs_is_pos"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs_is_pos">ssize&#95;t/is-pos<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>is<span class="dash">-</span>pos: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="ssize__t_fs_is_pos"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs_is_pos">ssize&#95;t/is-pos<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>is<span class="dash">-</span>pos: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &gt; 0)"</span></span>
 
-inline fip <span class="decl-extern" id="ssize__t_fs_is_neg"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs_is_neg">ssize&#95;t/is-neg<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>is<span class="dash">-</span>neg: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+inline fip <span class="decl-extern" id="ssize__t_fs_is_neg"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs_is_neg">ssize&#95;t/is-neg<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>is<span class="dash">-</span>neg: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 &lt; 0)"</span></span>
 
-fip <span class="decl-fun" id="ssize__t_fs_is_zero"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs_is_zero">ssize&#95;t/is-zero<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>is<span class="dash">-</span>zero: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
+fip <span class="decl-fun" id="ssize__t_fs_is_zero"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs_is_zero">ssize&#95;t/is-zero<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>is<span class="dash">-</span>zero: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 == 0)"</span>
   js inline <span class="st">"(#1 === 0)"</span></span>
 
-fip <span class="decl-fun" id="ssize__t_fs_decr"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs_decr">ssize&#95;t/decr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>decr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
+fip <span class="decl-fun" id="ssize__t_fs_decr"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs_decr">ssize&#95;t/decr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>decr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 - 1)"</span></span>
 
-fip <span class="decl-fun" id="ssize__t_fs_incr"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#ssize__t_fs_incr">ssize&#95;t/incr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>incr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
+fip <span class="decl-fun" id="ssize__t_fs_incr"><span class="kw">extern</span> <a class="pp" href="std_core_vector.html#ssize__t_fs_incr">ssize&#95;t/incr<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span><span class="lq">ssize&#95;t<span class="fslash">/</span></span>incr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">ssize&#95;t</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ssize&#95;t</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">ssize&#95;t</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="std_core_types-source.html#type_space_ssize__t"><span class="tp">ssize&#95;t</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ssize&#95;t: <span class="co">V</span></span></a>
   inline <span class="st">"(#1 + 1)"</span></span>
 </pre>
 
diff --git a/doc/std_core_vector.html b/doc/std_core_vector.html
index 1a86429c0..e656807cc 100644
--- a/doc/std_core_vector.html
+++ b/doc/std_core_vector.html
@@ -15,7 +15,7 @@
 </head>
 
 <body class="koka doc body madoko">
-<h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_core_vector-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
+<h1><a class="link" href="std_core_vector-source.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
 <div class="toc code"><ul class="toc"><li><a class="link" href="#list_fs_vector"><span class="kw">fun</span>&nbsp;<span class="lq">list<span class="fslash">/</span></span>vector</a></li><li><a class="link" href="#unit_fs_vector"><span class="kw">fun</span>&nbsp;<span class="lq">unit<span class="fslash">/</span></span>vector</a></li><li><a class="link" href="#at"><span class="kw">fun</span>&nbsp;at</a></li><li><a class="link" href="#foreach"><span class="kw">fun</span>&nbsp;foreach</a></li><li><a class="link" href="#foreach_indexed"><span class="kw">fun</span>&nbsp;foreach<span class="dash">-</span>indexed</a></li><li><a class="link" href="#foreach_while"><span class="kw">fun</span>&nbsp;foreach<span class="dash">-</span>while</a></li><li><a class="link" href="#length"><span class="kw">fun</span>&nbsp;length</a></li></ul><ul class="toc"><li><a class="link" href="#list"><span class="kw">fun</span>&nbsp;list</a></li><li><a class="link" href="#map"><span class="kw">fun</span>&nbsp;map</a></li><li><a class="link" href="#vector"><span class="kw">fun</span>&nbsp;vector</a></li><li><a class="link" href="#vector_init"><span class="kw">fun</span>&nbsp;vector<span class="dash">-</span>init</a></li><li><a class="link" href="#vector_init_total"><span class="kw">fun</span>&nbsp;vector<span class="dash">-</span>init<span class="dash">-</span>total</a></li><li><a class="link" href="#vlist"><span class="kw">fun</span>&nbsp;vlist</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">Standard vector functions.
@@ -25,61 +25,61 @@ <h1 class="synopsis">Standard vector functions.
 
 <p class="p noindent">.
 </p></div>
-<div class="decl" id="list_fs_vector"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#list_fs_vector"><span class="lq">list<span class="fslash">/</span></span>vector</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="list_fs_vector"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#list_fs_vector"><span class="lq">list<span class="fslash">/</span></span>vector</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Convert a list to a vector.
 </p></div></div>
-<div class="decl" id="unit_fs_vector"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#unit_fs_vector"><span class="lq">unit<span class="fslash">/</span></span>vector</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="unit_fs_vector"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#unit_fs_vector"><span class="lq">unit<span class="fslash">/</span></span>vector</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Create an empty vector.
 </p></div></div>
-<div class="decl" id="at"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#at">at</a></span>( <span class="tp op">^</span><span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp op">^</span><span class="tp tpp">index</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="at"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#at">at</a></span>( <span class="tp op">^</span><span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp op">^</span><span class="tp tpp">index</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Return the element at position <code class="koka">index</code> in vector <code class="koka">v</code>, or <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> if out of bounds.
+<p class="p noindent">Return the element at position <code class="koka">index</code> in vector <code class="koka">v</code>, or <code class="koka"><a class="pp" href="std_core_types.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> if out of bounds.
 </p></div></div>
-<div class="decl" id="foreach"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#foreach">foreach</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></div><div class="doc koka comment">
+<div class="decl" id="foreach"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#foreach">foreach</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></div><div class="doc koka comment">
 
 <p class="p noindent">Invoke a function <code class="koka">f</code> for each element in a vector <code class="koka">v</code>.
 </p></div></div>
-<div class="decl" id="foreach_indexed"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#foreach_indexed">foreach<span class="dash">-</span>indexed</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></div><div class="doc koka comment">
+<div class="decl" id="foreach_indexed"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#foreach_indexed">foreach<span class="dash">-</span>indexed</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></div><div class="doc koka comment">
 
 <p class="p noindent">Invoke a function <code class="koka">f</code> for each element in a vector <code class="koka">v</code>.
 </p></div></div>
-<div class="decl" id="foreach_while"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#foreach_while">foreach<span class="dash">-</span>while</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="foreach_while"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#foreach_while">foreach<span class="dash">-</span>while</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Invoke a function <code class="koka">f</code> for each element in a vector <code class="koka">v</code>.
-If <code class="koka">f</code> returns <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>, the iteration is stopped early and the result is returned.
+If <code class="koka">f</code> returns <code class="koka"><a class="pp" href="std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>, the iteration is stopped early and the result is returned.
 </p></div></div>
-<div class="decl" id="length"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#length">length</a></span>( <span class="tp op">^</span><span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="length"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#length">length</a></span>( <span class="tp op">^</span><span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the length of a vector.
 </p></div></div>
-<div class="decl" id="list"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#list">list</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="list"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#list">list</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Convert a vector to a list.
 </p></div></div>
-<div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#map">map</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="map"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#map">map</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">b</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Apply a total function <code class="koka">f</code> to each element in a vector <code class="koka">v</code>.
 </p></div></div>
-<div class="decl" id="vector"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vector">vector</a></span>( <span class="tp op">^</span><span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">default</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="vector"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vector">vector</a></span>( <span class="tp op">^</span><span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">default</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
-<p class="p noindent">Create a new vector of length <code class="koka">n</code>  with initial elements <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#default">default<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>default: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">,</span> <span class="tp tpp">def</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">a</span></span></a></code> .
+<p class="p noindent">Create a new vector of length <code class="koka">n</code>  with initial elements <code class="koka"><a class="pp" href="std_core_exn.html#default">default<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn<span class="fslash last">/</span></span>default: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">error</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">,</span> <span class="tp tpp">def</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">a</span></span></a></code> .
 </p></div></div>
-<div class="decl" id="vector_init"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vector_init">vector<span class="dash">-</span>init</a></span>( <span class="tp op">^</span><span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="vector_init"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vector_init">vector<span class="dash">-</span>init</a></span>( <span class="tp op">^</span><span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Create a new vector of length <code class="koka">n</code>  with initial elements given by function <code class="koka">f</code> which can have a control effect.
 </p></div></div>
-<div class="decl" id="vector_init_total"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vector_init_total">vector<span class="dash">-</span>init<span class="dash">-</span>total</a></span>( <span class="tp op">^</span><span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="vector_init_total"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vector_init_total">vector<span class="dash">-</span>init<span class="dash">-</span>total</a></span>( <span class="tp op">^</span><span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Create a new vector of length <code class="koka">n</code>  with initial elements given by <em class="em-low1">total</em> function <code class="koka">f</code>.
 (can be more efficient than <code class="koka"><a class="pp" href="#vector_init">vector<span class="dash">-</span>init<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector<span class="fslash last">/</span></span>vector<span class="dash">-</span>init: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp tv">e</span> <span class="tp">vector</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code>).
 </p></div></div>
-<div class="decl" id="vlist"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vlist">vlist</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">tail</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+<div class="decl" id="vlist"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_core_vector-source.html#vlist">vlist</a></span>( <span class="tp tpp">v</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_vector"><span class="tp">vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>vector: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span>, <span class="tp tpp">tail</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <span class="tp sp">(</span><a class="pp" href="std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Convert a vector to a list with an optional tail.
 </p></div></div>
-<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a></span></span></div></div>
+<div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="std_core_types.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types</span></span></a></span>, <span class="code"><a class="pp" href="std_core_undiv.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv</span></span></a></span>, <span class="code"><a class="pp" href="std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="std_core_exn.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a></span>, <span class="code"><a class="pp" href="std_core_int.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a></span></span></div></div>
 </body>
 </html>
 
diff --git a/doc/std_num_ddouble-source.html b/doc/std_num_ddouble-source.html
index 3467ccdf2..1875e8369 100644
--- a/doc/std_num_ddouble-source.html
+++ b/doc/std_num_ddouble-source.html
@@ -898,16 +898,16 @@
   <span class="kw">elif</span> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#is_zero">is-zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>is<span class="dash">-</span>zero: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="#one">one<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>one: <span class="tp">ddouble</span></span></a>
   <span class="kw">elif</span> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a><a class="pp" href="#_eq__eq_">==<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(==): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a><a class="pp" href="#one">one<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>one: <span class="tp">ddouble</span></span></a> <span class="kw">then</span> <a class="pp" href="#dd_e">dd-e<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>e: <span class="tp">ddouble</span></span></a>
   <span class="kw">else</span>
-    <span class="kw">val</span> <a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#floor">floor<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>floor: <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a>( (<a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#ddouble_fs_hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">ddouble<span class="fslash">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">ddouble</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#_fs_">/<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="fslash">/</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="#dd_ln2">dd-ln2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>ln2: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#ddouble_fs_hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">ddouble<span class="fslash">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">ddouble</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">0.5<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x1p-1</span></a> )<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) int</span></a>
-    <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp" href="#mul_pwr2">mul-pwr2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>mul<span class="dash">-</span>pwr2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a>( <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> (<a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#int_fs_ddouble">ddouble<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>ddouble: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#dd_ln2">dd-ln2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>ln2: <span class="tp">ddouble</span></span></a>), <a class="pp">inv-k<span class="pc">inv<span class="dash">-</span>k: <span class="tp">float64</span></span></a> )
-    <span class="kw">val</span> <a class="pp">p<span class="pc">p: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#sqr">sqr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>sqr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a>
-    <span class="kw">val</span> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">p<span class="pc">p: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#half">half<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>half: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a>
-    <span class="kw">var</span> <a class="pp">acc<span class="pc">acc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4252</span>,ddouble<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#exp_approx">exp-approx<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>exp<span class="dash">-</span>approx: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">eps</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">fs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a>( <a class="pp">p<span class="pc">p: <span class="tp">ddouble</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a>, <a class="pp">inv-k<span class="pc">inv<span class="dash">-</span>k: <span class="tp">float64</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="#dd_epsilon">dd-epsilon<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>epsilon: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#ddouble_fs_hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">ddouble<span class="fslash">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">ddouble</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) float64</span></a>, <a class="pp" href="#exp_factors">exp-factors<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>exp<span class="dash">-</span>factors: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span></span></a> )
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">9<span class="pc">literal: <span class="tp">int</span><br>dec  = 9<br>hex8 = 0x09<br>bit8 = 0b00001001</span></a>)
-      <a class="pp">acc<span class="pc">acc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4252</span>,ddouble<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4252</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#twice">twice<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>twice: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#sqr">sqr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>sqr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a>
+    <span class="kw">val</span> <a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#floor">floor<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>floor: <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a>( (<a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#ddouble_fs_hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">ddouble<span class="fslash">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">ddouble</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#_fs_">/<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="fslash">/</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="#dd_ln2">dd-ln2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>ln2: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#ddouble_fs_hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">ddouble<span class="fslash">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">ddouble</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a>) <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">0.5<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x1p-1</span></a> )<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) int</span></a>
+    <span class="kw">val</span> <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp" href="#mul_pwr2">mul-pwr2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>mul<span class="dash">-</span>pwr2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a>( <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> (<a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a><span class="kw op">.</span><a class="pp" href="#int_fs_ddouble">ddouble<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">int<span class="fslash">/</span></span>ddouble: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#dd_ln2">dd-ln2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>ln2: <span class="tp">ddouble</span></span></a>), <a class="pp">inv-k<span class="pc">inv<span class="dash">-</span>k: <span class="tp">float64</span></span></a> )
+    <span class="kw">val</span> <a class="pp">p<span class="pc">p: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#sqr">sqr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>sqr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a>
+    <span class="kw">val</span> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">p<span class="pc">p: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#half">half<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>half: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a>
+    <span class="kw">var</span> <a class="pp">acc<span class="pc">acc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3616</span>,ddouble<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#exp_approx">exp-approx<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>exp<span class="dash">-</span>approx: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">eps</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">fs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a>( <a class="pp">p<span class="pc">p: <span class="tp">ddouble</span></span></a>, <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">ddouble</span></span></a>, <a class="pp">inv-k<span class="pc">inv<span class="dash">-</span>k: <span class="tp">float64</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="#dd_epsilon">dd-epsilon<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>epsilon: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#ddouble_fs_hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">ddouble<span class="fslash">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">ddouble</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) float64</span></a>, <a class="pp" href="#exp_factors">exp-factors<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>exp<span class="dash">-</span>factors: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span></span></a> )
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#repeat">repeat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>repeat: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">9<span class="pc">literal: <span class="tp">int</span><br>dec  = 9<br>hex8 = 0x09<br>bit8 = 0b00001001</span></a>)
+      <a class="pp">acc<span class="pc">acc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3616</span>,ddouble<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3616</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#twice">twice<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>twice: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#sqr">sqr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>sqr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a>
 
-    <a class="pp">acc<span class="pc">acc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4252</span>,ddouble<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">4252</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#one">one<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>one: <span class="tp">ddouble</span></span></a>
-    <a class="pp" href="#ldexp">ldexp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ldexp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">4252</span><span class="op">&gt;</span>) ddouble</span></a>( <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a>, <a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a> </span>)
+    <a class="pp">acc<span class="pc">acc: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3616</span>,ddouble<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3616</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#one">one<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>one: <span class="tp">ddouble</span></span></a>
+    <a class="pp" href="#ldexp">ldexp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ldexp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">exp</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3616</span><span class="op">&gt;</span>) ddouble</span></a>( <a class="pp">acc<span class="pc">acc: <span class="tp">ddouble</span></span></a>, <a class="pp">m<span class="pc">m: <span class="tp">int</span></span></a> </span>)
 
 
 <span class="decl-val" id="exp_factors"><span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#exp_factors">exp-factors<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>exp<span class="dash">-</span>factors: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="kw">=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
@@ -1053,14 +1053,14 @@
 // A. Neumaier, &#95;Rundungsfehleranalyse einiger Verfahren zur Summation endlicher Summen&#95;.
 // Math. Mechanik, 54:39--51, 1974.
 </span><span class="decl-fun" id="list_fs_sum"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#list_fs_sum">list/sum<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>sum: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ddouble</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">ddouble</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1697</span>,ddouble<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>zero: <span class="tp">ddouble</span></span></a>
-  <span class="kw">var</span> <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1697</span>,ddouble<span class="op">&gt;</span></span></a>  <span class="tp kw op">:</span> <a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>zero: <span class="tp">ddouble</span></span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a>)
-    <span class="kw">val</span> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a>
-    <span class="kw">val</span> <a class="pp">c<span class="pc">c: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <span class="kw">if</span> <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) bool</span></a> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <span class="kw">then</span> (<a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a> <span class="kw">else</span> (<a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a>
-    <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1697</span>,ddouble<span class="op">&gt;</span></span></a>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1697</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">c<span class="pc">c: <span class="tp">ddouble</span></span></a>
-    <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1697</span>,ddouble<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1697</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>
-  <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1697</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">ddouble</span></span></a></span>;
+  <span class="kw">var</span> <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1675</span>,ddouble<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>zero: <span class="tp">ddouble</span></span></a>
+  <span class="kw">var</span> <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1675</span>,ddouble<span class="op">&gt;</span></span></a>  <span class="tp kw op">:</span> <a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>zero: <span class="tp">ddouble</span></span></a>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">ddouble</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a>)
+    <span class="kw">val</span> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a>
+    <span class="kw">val</span> <a class="pp">c<span class="pc">c: <span class="tp">ddouble</span></span></a> <span class="kw">=</span> <span class="kw">if</span> <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) bool</span></a> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <span class="kw">then</span> (<a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a> <span class="kw">else</span> (<a class="pp">x<span class="pc">x: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a>
+    <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1675</span>,ddouble<span class="op">&gt;</span></span></a>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1675</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">c<span class="pc">c: <span class="tp">ddouble</span></span></a>
+    <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1675</span>,ddouble<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1675</span>,ddouble<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">ddouble</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">t<span class="pc">t: <span class="tp">ddouble</span></span></a>
+  <a class="pp">total<span class="pc">total: <span class="tp">ddouble</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">ddouble</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1675</span><span class="op">&gt;</span>) ddouble</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">ddouble</span></span></a></span>;
 
 <span class="comment">// The hypotenuse of &#96;x&#96; and &#96;y&#96;: &#96;sqrt(x&#42;x + y&#42;y)&#96;.
 // Prevents overflow for large numbers.
diff --git a/doc/std_num_ddouble.html b/doc/std_num_ddouble.html
index ff6f3be90..fb103dedc 100644
--- a/doc/std_num_ddouble.html
+++ b/doc/std_num_ddouble.html
@@ -23,7 +23,7 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 
 
 
-<p class="p noindent">The <code class="koka"><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> type implements&nbsp;<a href="https://en.wikipedia.org/wiki/Quadruple-precision_floating-point_format#Double-double_arithmetic" data-linkid="ddwiki" class="externalref">double double</a> 128-bit floating point numbers
+<p class="p noindent">The <code class="koka"><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> type implements&nbsp;<a href="https://en.wikipedia.org/wiki/Quadruple-precision_floating-point_format#Double-double_arithmetic" data-linkid="ddwiki">double double</a> 128-bit floating point numbers
 as a pair of IEEE <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code> values. This extends the precision to 31 decimal digits
 (versus 15 for <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>), but keeps the same range as
 a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code> with a maximum  value of about 1.8&#183;10<sup>308</sup> (<code class="koka"><a class="pp" href="#dd_max">dd<span class="dash">-</span>max<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>dd<span class="dash">-</span>max: <span class="tp">ddouble</span></span></a></code>). Because
@@ -99,12 +99,12 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 The challenge is to compute
 the area of a very thin triangle with sides <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5959em" viewBox='88.468 57.347 5.675 4.688'><desc>$a$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/></defs><g id='math-0cc175'><use x='88.667' y='61.836' xlink:href='#g2-97'/></g></svg>, <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.7683em;width:0.4918em" viewBox='88.468 54.718 4.684 7.317'><desc>$b$</desc><defs><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/></defs><g id='math-92eb5f'><use x='88.667' y='61.836' xlink:href='#g2-98'/></g></svg>, and <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.4956em" viewBox='34.67 57.347 4.72 4.688'><desc>$c$</desc><defs><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/></defs><g id='math-4a8a08'><use x='34.869' y='61.836' xlink:href='#g2-99'/></g></svg>. The short sides
  <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.7683em;width:0.4918em" viewBox='88.468 54.718 4.684 7.317'><desc>$b$</desc><defs><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/></defs><g id='math-92eb5f'><use x='88.667' y='61.836' xlink:href='#g2-98'/></g></svg> and <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.4956em" viewBox='34.67 57.347 4.72 4.688'><desc>$c$</desc><defs><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/></defs><g id='math-4a8a08'><use x='34.869' y='61.836' xlink:href='#g2-99'/></g></svg> are just 3 units in the last place (ulp) shorter than
-the longest side <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5959em" viewBox='88.468 57.347 5.675 4.688'><desc>$a$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/></defs><g id='math-0cc175'><use x='88.667' y='61.836' xlink:href='#g2-97'/></g></svg>. Using the value <svg  class="math-inline math-render-svg math" style="vertical-align:-0.2930em;height:1.0879em;width:7.7993em" viewBox='34.67 54.164 74.279 10.361'><desc>$s = (a + b + c)/2$</desc><defs><path id='g3-40' d='M3.298 2.391C3.298 2.361 3.298 2.341 3.128 2.172C1.883 .917 1.564-.966 1.564-2.491C1.564-4.224 1.943-5.958 3.168-7.203C3.298-7.323 3.298-7.342 3.298-7.372C3.298-7.442 3.258-7.472 3.198-7.472C3.098-7.472 2.202-6.795 1.614-5.529C1.106-4.433 .986-3.328 .986-2.491C.986-1.714 1.096-.508 1.644 .618C2.242 1.843 3.098 2.491 3.198 2.491C3.258 2.491 3.298 2.461 3.298 2.391Z'/><path id='g3-41' d='M2.879-2.491C2.879-3.268 2.77-4.473 2.222-5.599C1.624-6.824 .767-7.472 .667-7.472C.608-7.472 .568-7.432 .568-7.372C.568-7.342 .568-7.323 .757-7.143C1.733-6.157 2.301-4.573 2.301-2.491C2.301-.787 1.933 .966 .697 2.222C.568 2.341 .568 2.361 .568 2.391C.568 2.451 .608 2.491 .667 2.491C.767 2.491 1.664 1.813 2.252 .548C2.76-.548 2.879-1.654 2.879-2.491Z'/><path id='g3-43' d='M4.075-2.291H6.854C6.994-2.291 7.183-2.291 7.183-2.491S6.994-2.69 6.854-2.69H4.075V-5.479C4.075-5.619 4.075-5.808 3.875-5.808S3.676-5.619 3.676-5.479V-2.69H.887C.747-2.69 .558-2.69 .558-2.491S.747-2.291 .887-2.291H3.676V.498C3.676 .638 3.676 .827 3.875 .827S4.075 .638 4.075 .498V-2.291Z'/><path id='g3-50' d='M1.265-.767L2.321-1.793C3.875-3.168 4.473-3.706 4.473-4.702C4.473-5.838 3.577-6.635 2.361-6.635C1.235-6.635 .498-5.719 .498-4.832C.498-4.274 .996-4.274 1.026-4.274C1.196-4.274 1.544-4.394 1.544-4.802C1.544-5.061 1.365-5.32 1.016-5.32C.936-5.32 .917-5.32 .887-5.31C1.116-5.958 1.654-6.326 2.232-6.326C3.138-6.326 3.567-5.519 3.567-4.702C3.567-3.905 3.068-3.118 2.521-2.501L.608-.369C.498-.259 .498-.239 .498 0H4.194L4.473-1.733H4.224C4.174-1.435 4.105-.996 4.005-.847C3.935-.767 3.278-.767 3.059-.767H1.265Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/><path id='g2-61' d='M4.374-7.093C4.423-7.223 4.423-7.263 4.423-7.273C4.423-7.382 4.334-7.472 4.224-7.472C4.154-7.472 4.085-7.442 4.055-7.382L.598 2.112C.548 2.242 .548 2.281 .548 2.291C.548 2.401 .638 2.491 .747 2.491C.877 2.491 .907 2.421 .966 2.252L4.374-7.093Z'/><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/></defs><g id='math-e3cd91'><use x='34.869' y='61.836' xlink:href='#g2-115'/><use x='42.307' y='61.836' xlink:href='#g3-61'/><use x='52.823' y='61.836' xlink:href='#g3-40'/><use x='56.697' y='61.836' xlink:href='#g2-97'/><use x='64.177' y='61.836' xlink:href='#g3-43'/><use x='74.14' y='61.836' xlink:href='#g2-98'/><use x='80.629' y='61.836' xlink:href='#g3-43'/><use x='90.592' y='61.836' xlink:href='#g2-99'/><use x='94.903' y='61.836' xlink:href='#g3-41'/><use x='98.778' y='61.836' xlink:href='#g2-61'/><use x='103.759' y='61.836' xlink:href='#g3-50'/></g></svg>, the area of
-a triangle is <svg  class="math-inline math-render-svg math" style="vertical-align:-0.3401em;height:1.2972em;width:12.9607em" viewBox='88.468 52.72 123.435 12.354'><desc>$A = \sqrt{s(s-a)(s-b)(s-c)}$</desc><defs><path id='g0-0' d='M6.565-2.291C6.735-2.291 6.914-2.291 6.914-2.491S6.735-2.69 6.565-2.69H1.176C1.006-2.69 .827-2.69 .827-2.491S1.006-2.291 1.176-2.291H6.565Z'/><path id='g5-112' d='M4.224 11.557C4.533 11.557 4.543 11.547 4.643 11.357L10.092-.02C10.162-.149 10.162-.169 10.162-.199C10.162-.309 10.082-.399 9.963-.399C9.833-.399 9.793-.309 9.743-.199L4.603 10.521L2.481 5.579L1.096 6.645L1.245 6.804L1.953 6.267L4.224 11.557Z'/><path id='g3-40' d='M3.298 2.391C3.298 2.361 3.298 2.341 3.128 2.172C1.883 .917 1.564-.966 1.564-2.491C1.564-4.224 1.943-5.958 3.168-7.203C3.298-7.323 3.298-7.342 3.298-7.372C3.298-7.442 3.258-7.472 3.198-7.472C3.098-7.472 2.202-6.795 1.614-5.529C1.106-4.433 .986-3.328 .986-2.491C.986-1.714 1.096-.508 1.644 .618C2.242 1.843 3.098 2.491 3.198 2.491C3.258 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3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 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x='182.788' y='61.836' xlink:href='#g3-40'/><use x='186.662' y='61.836' xlink:href='#g2-115'/><use x='193.546' y='61.836' xlink:href='#g0-0'/><use x='203.509' y='61.836' xlink:href='#g2-99'/><use x='207.82' y='61.836' xlink:href='#g3-41'/></g></svg>. This is troublesome if <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5332em" viewBox='34.67 57.347 5.078 4.688'><desc>$s$</desc><defs><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/></defs><g id='math-03c7c0'><use x='34.869' y='61.836' xlink:href='#g2-115'/></g></svg> is
-close to <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5959em" viewBox='88.468 57.347 5.675 4.688'><desc>$a$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/></defs><g id='math-0cc175'><use x='88.667' y='61.836' xlink:href='#g2-97'/></g></svg> since <svg  class="math-inline math-render-svg math" style="vertical-align:-0.1134em;height:0.7392em;width:2.3647em" viewBox='34.67 55.825 22.521 7.04'><desc>$s-a$</desc><defs><path id='g0-0' d='M6.565-2.291C6.735-2.291 6.914-2.291 6.914-2.491S6.735-2.69 6.565-2.69H1.176C1.006-2.69 .827-2.69 .827-2.491S1.006-2.291 1.176-2.291H6.565Z'/><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/></defs><g id='math-56ec05'><use x='34.869' y='61.836' xlink:href='#g2-115'/><use x='41.753' y='61.836' xlink:href='#g0-0'/><use x='51.716' y='61.836' xlink:href='#g2-97'/></g></svg> magnifies any rounding error. Let&#39;s take <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.7160em;width:2.5136em" viewBox='88.468 55.216 23.939 6.819'><desc>$a=7$</desc><defs><path id='g3-55' d='M4.742-6.067C4.832-6.187 4.832-6.207 4.832-6.416H2.411C1.196-6.416 1.176-6.545 1.136-6.735H.887L.558-4.682H.807C.837-4.842 .927-5.469 1.056-5.589C1.126-5.649 1.903-5.649 2.032-5.649H4.095C3.985-5.489 3.198-4.403 2.979-4.075C2.082-2.73 1.753-1.345 1.753-.329C1.753-.229 1.753 .219 2.212 .219S2.67-.229 2.67-.329V-.837C2.67-1.385 2.7-1.933 2.78-2.471C2.819-2.7 2.959-3.557 3.397-4.174L4.742-6.067Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/></defs><g id='math-e70448'><use x='88.667' y='61.836' xlink:href='#g2-97'/><use x='96.701' y='61.836' xlink:href='#g3-61'/><use x='107.217' y='61.836' xlink:href='#g3-55'/></g></svg>,
-and <svg  class="math-inline math-render-svg math" style="vertical-align:-0.2924em;height:1.1549em;width:10.3403em" viewBox='34.67 53.527 98.479 10.999'><desc>$b = c = 7/2 + 3\cdot2^{-111}$</desc><defs><path id='g1-0' d='M5.189-1.576C5.3-1.576 5.467-1.576 5.467-1.743C5.467-1.918 5.307-1.918 5.189-1.918H1.032C.921-1.918 .753-1.918 .753-1.75C.753-1.576 .914-1.576 1.032-1.576H5.189Z'/><path id='g0-1' d='M1.913-2.491C1.913-2.78 1.674-3.019 1.385-3.019S.857-2.78 .857-2.491S1.096-1.963 1.385-1.963S1.913-2.202 1.913-2.491Z'/><path id='g3-43' d='M4.075-2.291H6.854C6.994-2.291 7.183-2.291 7.183-2.491S6.994-2.69 6.854-2.69H4.075V-5.479C4.075-5.619 4.075-5.808 3.875-5.808S3.676-5.619 3.676-5.479V-2.69H.887C.747-2.69 .558-2.69 .558-2.491S.747-2.291 .887-2.291H3.676V.498C3.676 .638 3.676 .827 3.875 .827S4.075 .638 4.075 .498V-2.291Z'/><path id='g3-50' d='M1.265-.767L2.321-1.793C3.875-3.168 4.473-3.706 4.473-4.702C4.473-5.838 3.577-6.635 2.361-6.635C1.235-6.635 .498-5.719 .498-4.832C.498-4.274 .996-4.274 1.026-4.274C1.196-4.274 1.544-4.394 1.544-4.802C1.544-5.061 1.365-5.32 1.016-5.32C.936-5.32 .917-5.32 .887-5.31C1.116-5.958 1.654-6.326 2.232-6.326C3.138-6.326 3.567-5.519 3.567-4.702C3.567-3.905 3.068-3.118 2.521-2.501L.608-.369C.498-.259 .498-.239 .498 0H4.194L4.473-1.733H4.224C4.174-1.435 4.105-.996 4.005-.847C3.935-.767 3.278-.767 3.059-.767H1.265Z'/><path id='g3-51' d='M2.889-3.507C3.706-3.776 4.284-4.473 4.284-5.26C4.284-6.077 3.407-6.635 2.451-6.635C1.445-6.635 .687-6.037 .687-5.28C.687-4.951 .907-4.762 1.196-4.762C1.504-4.762 1.704-4.981 1.704-5.27C1.704-5.768 1.235-5.768 1.086-5.768C1.395-6.257 2.052-6.386 2.411-6.386C2.819-6.386 3.367-6.167 3.367-5.27C3.367-5.151 3.347-4.573 3.088-4.134C2.79-3.656 2.451-3.626 2.202-3.616C2.122-3.606 1.883-3.587 1.813-3.587C1.733-3.577 1.664-3.567 1.664-3.467C1.664-3.357 1.733-3.357 1.903-3.357H2.341C3.158-3.357 3.527-2.68 3.527-1.704C3.527-.349 2.839-.06 2.401-.06C1.973-.06 1.225-.229 .877-.817C1.225-.767 1.534-.986 1.534-1.365C1.534-1.724 1.265-1.923 .976-1.923C.737-1.923 .418-1.783 .418-1.345C.418-.438 1.345 .219 2.431 .219C3.646 .219 4.553-.687 4.553-1.704C4.553-2.521 3.925-3.298 2.889-3.507Z'/><path id='g3-55' d='M4.742-6.067C4.832-6.187 4.832-6.207 4.832-6.416H2.411C1.196-6.416 1.176-6.545 1.136-6.735H.887L.558-4.682H.807C.837-4.842 .927-5.469 1.056-5.589C1.126-5.649 1.903-5.649 2.032-5.649H4.095C3.985-5.489 3.198-4.403 2.979-4.075C2.082-2.73 1.753-1.345 1.753-.329C1.753-.229 1.753 .219 2.212 .219S2.67-.229 2.67-.329V-.837C2.67-1.385 2.7-1.933 2.78-2.471C2.819-2.7 2.959-3.557 3.397-4.174L4.742-6.067Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/><path id='g4-49' d='M2.336-4.435C2.336-4.624 2.322-4.631 2.127-4.631C1.681-4.191 1.046-4.184 .76-4.184V-3.933C.928-3.933 1.388-3.933 1.771-4.129V-.572C1.771-.342 1.771-.251 1.074-.251H.809V0C.934-.007 1.792-.028 2.05-.028C2.267-.028 3.145-.007 3.299 0V-.251H3.034C2.336-.251 2.336-.342 2.336-.572V-4.435Z'/><path id='g2-61' d='M4.374-7.093C4.423-7.223 4.423-7.263 4.423-7.273C4.423-7.382 4.334-7.472 4.224-7.472C4.154-7.472 4.085-7.442 4.055-7.382L.598 2.112C.548 2.242 .548 2.281 .548 2.291C.548 2.401 .638 2.491 .747 2.491C.877 2.491 .907 2.421 .966 2.252L4.374-7.093Z'/><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/></defs><g id='math-74ce78'><use x='34.869' y='61.836' xlink:href='#g2-98'/><use x='41.912' y='61.836' xlink:href='#g3-61'/><use x='52.428' y='61.836' xlink:href='#g2-99'/><use x='59.507' y='61.836' xlink:href='#g3-61'/><use x='70.023' y='61.836' xlink:href='#g3-55'/><use x='75.004' y='61.836' xlink:href='#g2-61'/><use x='79.986' y='61.836' xlink:href='#g3-50'/><use x='87.181' y='61.836' xlink:href='#g3-43'/><use x='97.144' y='61.836' xlink:href='#g3-51'/><use x='104.339' y='61.836' xlink:href='#g0-1'/><use x='109.32' y='61.836' xlink:href='#g3-50'/><use x='114.301' y='58.22' xlink:href='#g1-0'/><use x='120.528' y='58.22' xlink:href='#g4-49'/><use x='124.499' y='58.22' xlink:href='#g4-49'/><use x='128.471' y='58.22' xlink:href='#g4-49'/></g></svg>; according to&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#gustafson:posit" class="bibref localref" style="target-element:bibitem"><span class="cite-number">3</span></a>]</span>,
+the longest side <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5959em" viewBox='88.468 57.347 5.675 4.688'><desc>$a$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/></defs><g id='math-0cc175'><use x='88.667' y='61.836' xlink:href='#g2-97'/></g></svg>. Using the value <svg  class="math-inline math-render-svg math" style="vertical-align:-0.2930em;height:1.0879em;width:7.7993em" viewBox='34.67 54.164 74.279 10.361'><desc>$s = (a + b + c)/2$</desc><defs><path id='g2-61' d='M4.374-7.093C4.423-7.223 4.423-7.263 4.423-7.273C4.423-7.382 4.334-7.472 4.224-7.472C4.154-7.472 4.085-7.442 4.055-7.382L.598 2.112C.548 2.242 .548 2.281 .548 2.291C.548 2.401 .638 2.491 .747 2.491C.877 2.491 .907 2.421 .966 2.252L4.374-7.093Z'/><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/><path id='g3-40' d='M3.298 2.391C3.298 2.361 3.298 2.341 3.128 2.172C1.883 .917 1.564-.966 1.564-2.491C1.564-4.224 1.943-5.958 3.168-7.203C3.298-7.323 3.298-7.342 3.298-7.372C3.298-7.442 3.258-7.472 3.198-7.472C3.098-7.472 2.202-6.795 1.614-5.529C1.106-4.433 .986-3.328 .986-2.491C.986-1.714 1.096-.508 1.644 .618C2.242 1.843 3.098 2.491 3.198 2.491C3.258 2.491 3.298 2.461 3.298 2.391Z'/><path id='g3-41' d='M2.879-2.491C2.879-3.268 2.77-4.473 2.222-5.599C1.624-6.824 .767-7.472 .667-7.472C.608-7.472 .568-7.432 .568-7.372C.568-7.342 .568-7.323 .757-7.143C1.733-6.157 2.301-4.573 2.301-2.491C2.301-.787 1.933 .966 .697 2.222C.568 2.341 .568 2.361 .568 2.391C.568 2.451 .608 2.491 .667 2.491C.767 2.491 1.664 1.813 2.252 .548C2.76-.548 2.879-1.654 2.879-2.491Z'/><path id='g3-43' d='M4.075-2.291H6.854C6.994-2.291 7.183-2.291 7.183-2.491S6.994-2.69 6.854-2.69H4.075V-5.479C4.075-5.619 4.075-5.808 3.875-5.808S3.676-5.619 3.676-5.479V-2.69H.887C.747-2.69 .558-2.69 .558-2.491S.747-2.291 .887-2.291H3.676V.498C3.676 .638 3.676 .827 3.875 .827S4.075 .638 4.075 .498V-2.291Z'/><path id='g3-50' d='M1.265-.767L2.321-1.793C3.875-3.168 4.473-3.706 4.473-4.702C4.473-5.838 3.577-6.635 2.361-6.635C1.235-6.635 .498-5.719 .498-4.832C.498-4.274 .996-4.274 1.026-4.274C1.196-4.274 1.544-4.394 1.544-4.802C1.544-5.061 1.365-5.32 1.016-5.32C.936-5.32 .917-5.32 .887-5.31C1.116-5.958 1.654-6.326 2.232-6.326C3.138-6.326 3.567-5.519 3.567-4.702C3.567-3.905 3.068-3.118 2.521-2.501L.608-.369C.498-.259 .498-.239 .498 0H4.194L4.473-1.733H4.224C4.174-1.435 4.105-.996 4.005-.847C3.935-.767 3.278-.767 3.059-.767H1.265Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/></defs><g id='math-e3cd91'><use x='34.869' y='61.836' xlink:href='#g2-115'/><use x='42.307' y='61.836' xlink:href='#g3-61'/><use x='52.823' y='61.836' xlink:href='#g3-40'/><use x='56.697' y='61.836' xlink:href='#g2-97'/><use x='64.177' y='61.836' xlink:href='#g3-43'/><use x='74.14' y='61.836' xlink:href='#g2-98'/><use x='80.629' y='61.836' xlink:href='#g3-43'/><use x='90.592' y='61.836' xlink:href='#g2-99'/><use x='94.903' y='61.836' xlink:href='#g3-41'/><use x='98.778' y='61.836' xlink:href='#g2-61'/><use x='103.759' y='61.836' xlink:href='#g3-50'/></g></svg>, the area of
+a triangle is <svg  class="math-inline math-render-svg math" style="vertical-align:-0.3401em;height:1.2972em;width:12.9607em" viewBox='88.468 52.72 123.435 12.354'><desc>$A = \sqrt{s(s-a)(s-b)(s-c)}$</desc><defs><path id='g2-65' d='M1.783-1.146C1.385-.478 .996-.339 .558-.309C.438-.299 .349-.299 .349-.11C.349-.05 .399 0 .478 0C.747 0 1.056-.03 1.335-.03C1.664-.03 2.012 0 2.331 0C2.391 0 2.521 0 2.521-.189C2.521-.299 2.431-.309 2.361-.309C2.132-.329 1.893-.408 1.893-.658C1.893-.777 1.953-.887 2.032-1.026L2.79-2.301H5.29C5.31-2.092 5.45-.737 5.45-.638C5.45-.339 4.932-.309 4.732-.309C4.593-.309 4.493-.309 4.493-.11C4.493 0 4.613 0 4.633 0C5.041 0 5.469-.03 5.878-.03C6.127-.03 6.755 0 7.004 0C7.064 0 7.183 0 7.183-.199C7.183-.309 7.083-.309 6.954-.309C6.336-.309 6.336-.379 6.306-.667L5.699-6.894C5.679-7.093 5.679-7.133 5.509-7.133C5.35-7.133 5.31-7.064 5.25-6.964L1.783-1.146ZM2.979-2.61L4.941-5.898L5.26-2.61H2.979Z'/><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/><path id='g3-40' d='M3.298 2.391C3.298 2.361 3.298 2.341 3.128 2.172C1.883 .917 1.564-.966 1.564-2.491C1.564-4.224 1.943-5.958 3.168-7.203C3.298-7.323 3.298-7.342 3.298-7.372C3.298-7.442 3.258-7.472 3.198-7.472C3.098-7.472 2.202-6.795 1.614-5.529C1.106-4.433 .986-3.328 .986-2.491C.986-1.714 1.096-.508 1.644 .618C2.242 1.843 3.098 2.491 3.198 2.491C3.258 2.491 3.298 2.461 3.298 2.391Z'/><path id='g3-41' d='M2.879-2.491C2.879-3.268 2.77-4.473 2.222-5.599C1.624-6.824 .767-7.472 .667-7.472C.608-7.472 .568-7.432 .568-7.372C.568-7.342 .568-7.323 .757-7.143C1.733-6.157 2.301-4.573 2.301-2.491C2.301-.787 1.933 .966 .697 2.222C.568 2.341 .568 2.361 .568 2.391C.568 2.451 .608 2.491 .667 2.491C.767 2.491 1.664 1.813 2.252 .548C2.76-.548 2.879-1.654 2.879-2.491Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/><path id='g5-112' d='M4.224 11.557C4.533 11.557 4.543 11.547 4.643 11.357L10.092-.02C10.162-.149 10.162-.169 10.162-.199C10.162-.309 10.082-.399 9.963-.399C9.833-.399 9.793-.309 9.743-.199L4.603 10.521L2.481 5.579L1.096 6.645L1.245 6.804L1.953 6.267L4.224 11.557Z'/><path id='g0-0' d='M6.565-2.291C6.735-2.291 6.914-2.291 6.914-2.491S6.735-2.69 6.565-2.69H1.176C1.006-2.69 .827-2.69 .827-2.491S1.006-2.291 1.176-2.291H6.565Z'/></defs><g id='math-685741'><use x='88.667' y='61.836' xlink:href='#g2-65'/><use x='98.907' y='61.836' xlink:href='#g3-61'/><use x='109.423' y='53.318' xlink:href='#g5-112'/><rect x='119.386' y='52.919' height='.398' width='92.309'/><use x='119.386' y='61.836' xlink:href='#g2-115'/><use x='124.056' y='61.836' xlink:href='#g3-40'/><use x='127.93' y='61.836' xlink:href='#g2-115'/><use x='134.814' y='61.836' xlink:href='#g0-0'/><use x='144.776' y='61.836' xlink:href='#g2-97'/><use x='150.043' y='61.836' xlink:href='#g3-41'/><use x='153.917' y='61.836' xlink:href='#g3-40'/><use x='157.791' y='61.836' xlink:href='#g2-115'/><use x='164.675' y='61.836' xlink:href='#g0-0'/><use x='174.638' y='61.836' xlink:href='#g2-98'/><use x='178.913' y='61.836' xlink:href='#g3-41'/><use x='182.788' y='61.836' xlink:href='#g3-40'/><use x='186.662' y='61.836' xlink:href='#g2-115'/><use x='193.546' y='61.836' xlink:href='#g0-0'/><use x='203.509' y='61.836' xlink:href='#g2-99'/><use x='207.82' y='61.836' xlink:href='#g3-41'/></g></svg>. This is troublesome if <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5332em" viewBox='34.67 57.347 5.078 4.688'><desc>$s$</desc><defs><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/></defs><g id='math-03c7c0'><use x='34.869' y='61.836' xlink:href='#g2-115'/></g></svg> is
+close to <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.4922em;width:0.5959em" viewBox='88.468 57.347 5.675 4.688'><desc>$a$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/></defs><g id='math-0cc175'><use x='88.667' y='61.836' xlink:href='#g2-97'/></g></svg> since <svg  class="math-inline math-render-svg math" style="vertical-align:-0.1134em;height:0.7392em;width:2.3647em" viewBox='34.67 55.825 22.521 7.04'><desc>$s-a$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g2-115' d='M3.895-3.726C3.616-3.716 3.417-3.497 3.417-3.278C3.417-3.138 3.507-2.989 3.726-2.989S4.184-3.158 4.184-3.547C4.184-3.995 3.756-4.403 2.999-4.403C1.684-4.403 1.315-3.387 1.315-2.949C1.315-2.172 2.052-2.022 2.341-1.963C2.859-1.863 3.377-1.753 3.377-1.205C3.377-.946 3.148-.11 1.953-.11C1.813-.11 1.046-.11 .817-.638C1.196-.588 1.445-.887 1.445-1.166C1.445-1.395 1.285-1.514 1.076-1.514C.817-1.514 .518-1.305 .518-.857C.518-.289 1.086 .11 1.943 .11C3.557 .11 3.945-1.096 3.945-1.544C3.945-1.903 3.756-2.152 3.636-2.271C3.367-2.55 3.078-2.6 2.64-2.69C2.281-2.77 1.883-2.839 1.883-3.288C1.883-3.577 2.122-4.184 2.999-4.184C3.248-4.184 3.746-4.115 3.895-3.726Z'/><path id='g0-0' d='M6.565-2.291C6.735-2.291 6.914-2.291 6.914-2.491S6.735-2.69 6.565-2.69H1.176C1.006-2.69 .827-2.69 .827-2.491S1.006-2.291 1.176-2.291H6.565Z'/></defs><g id='math-56ec05'><use x='34.869' y='61.836' xlink:href='#g2-115'/><use x='41.753' y='61.836' xlink:href='#g0-0'/><use x='51.716' y='61.836' xlink:href='#g2-97'/></g></svg> magnifies any rounding error. Let&#39;s take <svg  class="math-inline math-render-svg math" style="vertical-align:-0.0210em;height:0.7160em;width:2.5136em" viewBox='88.468 55.216 23.939 6.819'><desc>$a=7$</desc><defs><path id='g2-97' d='M3.716-3.766C3.537-4.134 3.248-4.403 2.8-4.403C1.634-4.403 .399-2.939 .399-1.484C.399-.548 .946 .11 1.724 .11C1.923 .11 2.421 .07 3.019-.638C3.098-.219 3.447 .11 3.925 .11C4.274 .11 4.503-.12 4.663-.438C4.832-.797 4.961-1.405 4.961-1.425C4.961-1.524 4.872-1.524 4.842-1.524C4.742-1.524 4.732-1.484 4.702-1.345C4.533-.697 4.354-.11 3.945-.11C3.676-.11 3.646-.369 3.646-.568C3.646-.787 3.666-.867 3.776-1.305C3.885-1.724 3.905-1.823 3.995-2.202L4.354-3.597C4.423-3.875 4.423-3.895 4.423-3.935C4.423-4.105 4.304-4.204 4.134-4.204C3.895-4.204 3.746-3.985 3.716-3.766ZM3.068-1.186C3.019-1.006 3.019-.986 2.869-.817C2.431-.269 2.022-.11 1.743-.11C1.245-.11 1.106-.658 1.106-1.046C1.106-1.544 1.425-2.77 1.654-3.228C1.963-3.816 2.411-4.184 2.809-4.184C3.457-4.184 3.597-3.367 3.597-3.308S3.577-3.188 3.567-3.138L3.068-1.186Z'/><path id='g3-55' d='M4.742-6.067C4.832-6.187 4.832-6.207 4.832-6.416H2.411C1.196-6.416 1.176-6.545 1.136-6.735H.887L.558-4.682H.807C.837-4.842 .927-5.469 1.056-5.589C1.126-5.649 1.903-5.649 2.032-5.649H4.095C3.985-5.489 3.198-4.403 2.979-4.075C2.082-2.73 1.753-1.345 1.753-.329C1.753-.229 1.753 .219 2.212 .219S2.67-.229 2.67-.329V-.837C2.67-1.385 2.7-1.933 2.78-2.471C2.819-2.7 2.959-3.557 3.397-4.174L4.742-6.067Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/></defs><g id='math-e70448'><use x='88.667' y='61.836' xlink:href='#g2-97'/><use x='96.701' y='61.836' xlink:href='#g3-61'/><use x='107.217' y='61.836' xlink:href='#g3-55'/></g></svg>,
+and <svg  class="math-inline math-render-svg math" style="vertical-align:-0.2924em;height:1.1549em;width:10.3403em" viewBox='34.67 53.527 98.479 10.999'><desc>$b = c = 7/2 + 3\cdot2^{-111}$</desc><defs><path id='g4-49' d='M2.336-4.435C2.336-4.624 2.322-4.631 2.127-4.631C1.681-4.191 1.046-4.184 .76-4.184V-3.933C.928-3.933 1.388-3.933 1.771-4.129V-.572C1.771-.342 1.771-.251 1.074-.251H.809V0C.934-.007 1.792-.028 2.05-.028C2.267-.028 3.145-.007 3.299 0V-.251H3.034C2.336-.251 2.336-.342 2.336-.572V-4.435Z'/><path id='g2-61' d='M4.374-7.093C4.423-7.223 4.423-7.263 4.423-7.273C4.423-7.382 4.334-7.472 4.224-7.472C4.154-7.472 4.085-7.442 4.055-7.382L.598 2.112C.548 2.242 .548 2.281 .548 2.291C.548 2.401 .638 2.491 .747 2.491C.877 2.491 .907 2.421 .966 2.252L4.374-7.093Z'/><path id='g2-98' d='M2.381-6.804C2.381-6.814 2.381-6.914 2.252-6.914C2.022-6.914 1.295-6.834 1.036-6.814C.956-6.804 .847-6.795 .847-6.615C.847-6.496 .936-6.496 1.086-6.496C1.564-6.496 1.584-6.426 1.584-6.326C1.584-6.257 1.494-5.918 1.445-5.709L.628-2.461C.508-1.963 .468-1.803 .468-1.455C.468-.508 .996 .11 1.733 .11C2.909 .11 4.134-1.375 4.134-2.809C4.134-3.716 3.606-4.403 2.809-4.403C2.351-4.403 1.943-4.115 1.644-3.806L2.381-6.804ZM1.445-3.039C1.504-3.258 1.504-3.278 1.594-3.387C2.082-4.035 2.531-4.184 2.79-4.184C3.148-4.184 3.417-3.885 3.417-3.248C3.417-2.66 3.088-1.514 2.909-1.136C2.58-.468 2.122-.11 1.733-.11C1.395-.11 1.066-.379 1.066-1.116C1.066-1.305 1.066-1.494 1.225-2.122L1.445-3.039Z'/><path id='g2-99' d='M3.945-3.786C3.786-3.786 3.646-3.786 3.507-3.646C3.347-3.497 3.328-3.328 3.328-3.258C3.328-3.019 3.507-2.909 3.696-2.909C3.985-2.909 4.254-3.148 4.254-3.547C4.254-4.035 3.786-4.403 3.078-4.403C1.733-4.403 .408-2.979 .408-1.574C.408-.677 .986 .11 2.022 .11C3.447 .11 4.284-.946 4.284-1.066C4.284-1.126 4.224-1.196 4.164-1.196C4.115-1.196 4.095-1.176 4.035-1.096C3.248-.11 2.162-.11 2.042-.11C1.415-.11 1.146-.598 1.146-1.196C1.146-1.604 1.345-2.57 1.684-3.188C1.993-3.756 2.54-4.184 3.088-4.184C3.427-4.184 3.806-4.055 3.945-3.786Z'/><path id='g3-43' d='M4.075-2.291H6.854C6.994-2.291 7.183-2.291 7.183-2.491S6.994-2.69 6.854-2.69H4.075V-5.479C4.075-5.619 4.075-5.808 3.875-5.808S3.676-5.619 3.676-5.479V-2.69H.887C.747-2.69 .558-2.69 .558-2.491S.747-2.291 .887-2.291H3.676V.498C3.676 .638 3.676 .827 3.875 .827S4.075 .638 4.075 .498V-2.291Z'/><path id='g3-50' d='M1.265-.767L2.321-1.793C3.875-3.168 4.473-3.706 4.473-4.702C4.473-5.838 3.577-6.635 2.361-6.635C1.235-6.635 .498-5.719 .498-4.832C.498-4.274 .996-4.274 1.026-4.274C1.196-4.274 1.544-4.394 1.544-4.802C1.544-5.061 1.365-5.32 1.016-5.32C.936-5.32 .917-5.32 .887-5.31C1.116-5.958 1.654-6.326 2.232-6.326C3.138-6.326 3.567-5.519 3.567-4.702C3.567-3.905 3.068-3.118 2.521-2.501L.608-.369C.498-.259 .498-.239 .498 0H4.194L4.473-1.733H4.224C4.174-1.435 4.105-.996 4.005-.847C3.935-.767 3.278-.767 3.059-.767H1.265Z'/><path id='g3-51' d='M2.889-3.507C3.706-3.776 4.284-4.473 4.284-5.26C4.284-6.077 3.407-6.635 2.451-6.635C1.445-6.635 .687-6.037 .687-5.28C.687-4.951 .907-4.762 1.196-4.762C1.504-4.762 1.704-4.981 1.704-5.27C1.704-5.768 1.235-5.768 1.086-5.768C1.395-6.257 2.052-6.386 2.411-6.386C2.819-6.386 3.367-6.167 3.367-5.27C3.367-5.151 3.347-4.573 3.088-4.134C2.79-3.656 2.451-3.626 2.202-3.616C2.122-3.606 1.883-3.587 1.813-3.587C1.733-3.577 1.664-3.567 1.664-3.467C1.664-3.357 1.733-3.357 1.903-3.357H2.341C3.158-3.357 3.527-2.68 3.527-1.704C3.527-.349 2.839-.06 2.401-.06C1.973-.06 1.225-.229 .877-.817C1.225-.767 1.534-.986 1.534-1.365C1.534-1.724 1.265-1.923 .976-1.923C.737-1.923 .418-1.783 .418-1.345C.418-.438 1.345 .219 2.431 .219C3.646 .219 4.553-.687 4.553-1.704C4.553-2.521 3.925-3.298 2.889-3.507Z'/><path id='g3-55' d='M4.742-6.067C4.832-6.187 4.832-6.207 4.832-6.416H2.411C1.196-6.416 1.176-6.545 1.136-6.735H.887L.558-4.682H.807C.837-4.842 .927-5.469 1.056-5.589C1.126-5.649 1.903-5.649 2.032-5.649H4.095C3.985-5.489 3.198-4.403 2.979-4.075C2.082-2.73 1.753-1.345 1.753-.329C1.753-.229 1.753 .219 2.212 .219S2.67-.229 2.67-.329V-.837C2.67-1.385 2.7-1.933 2.78-2.471C2.819-2.7 2.959-3.557 3.397-4.174L4.742-6.067Z'/><path id='g3-61' d='M6.844-3.258C6.994-3.258 7.183-3.258 7.183-3.457S6.994-3.656 6.854-3.656H.887C.747-3.656 .558-3.656 .558-3.457S.747-3.258 .897-3.258H6.844ZM6.854-1.325C6.994-1.325 7.183-1.325 7.183-1.524S6.994-1.724 6.844-1.724H.897C.747-1.724 .558-1.724 .558-1.524S.747-1.325 .887-1.325H6.854Z'/><path id='g0-1' d='M1.913-2.491C1.913-2.78 1.674-3.019 1.385-3.019S.857-2.78 .857-2.491S1.096-1.963 1.385-1.963S1.913-2.202 1.913-2.491Z'/><path id='g1-0' d='M5.189-1.576C5.3-1.576 5.467-1.576 5.467-1.743C5.467-1.918 5.307-1.918 5.189-1.918H1.032C.921-1.918 .753-1.918 .753-1.75C.753-1.576 .914-1.576 1.032-1.576H5.189Z'/></defs><g id='math-74ce78'><use x='34.869' y='61.836' xlink:href='#g2-98'/><use x='41.912' y='61.836' xlink:href='#g3-61'/><use x='52.428' y='61.836' xlink:href='#g2-99'/><use x='59.507' y='61.836' xlink:href='#g3-61'/><use x='70.023' y='61.836' xlink:href='#g3-55'/><use x='75.004' y='61.836' xlink:href='#g2-61'/><use x='79.986' y='61.836' xlink:href='#g3-50'/><use x='87.181' y='61.836' xlink:href='#g3-43'/><use x='97.144' y='61.836' xlink:href='#g3-51'/><use x='104.339' y='61.836' xlink:href='#g0-1'/><use x='109.32' y='61.836' xlink:href='#g3-50'/><use x='114.301' y='58.22' xlink:href='#g1-0'/><use x='120.528' y='58.22' xlink:href='#g4-49'/><use x='124.499' y='58.22' xlink:href='#g4-49'/><use x='128.471' y='58.22' xlink:href='#g4-49'/></g></svg>; according to&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#gustafson:posit" class="bibref localref" style="target-element:bibitem"><span class="cite-number">3</span></a>]</span>,
 &#8220;If the units are in light-years, then the short sides are only longer than
-half the long side by <svg  class="math-inline math-render-svg math" style="vertical-align:-0.2930em;height:1.0879em;width:2.6581em" viewBox='88.468 54.164 25.315 10.361'><desc>$1/200$</desc><defs><path id='g2-61' d='M4.374-7.093C4.423-7.223 4.423-7.263 4.423-7.273C4.423-7.382 4.334-7.472 4.224-7.472C4.154-7.472 4.085-7.442 4.055-7.382L.598 2.112C.548 2.242 .548 2.281 .548 2.291C.548 2.401 .638 2.491 .747 2.491C.877 2.491 .907 2.421 .966 2.252L4.374-7.093Z'/><path id='g3-48' d='M4.583-3.188C4.583-3.985 4.533-4.782 4.184-5.519C3.726-6.476 2.909-6.635 2.491-6.635C1.893-6.635 1.166-6.376 .757-5.45C.438-4.762 .389-3.985 .389-3.188C.389-2.441 .428-1.544 .837-.787C1.265 .02 1.993 .219 2.481 .219C3.019 .219 3.776 .01 4.214-.936C4.533-1.624 4.583-2.401 4.583-3.188ZM2.481 0C2.092 0 1.504-.249 1.325-1.205C1.215-1.803 1.215-2.72 1.215-3.308C1.215-3.945 1.215-4.603 1.295-5.141C1.484-6.326 2.232-6.416 2.481-6.416C2.809-6.416 3.467-6.237 3.656-5.25C3.756-4.692 3.756-3.935 3.756-3.308C3.756-2.56 3.756-1.883 3.646-1.245C3.497-.299 2.929 0 2.481 0Z'/><path id='g3-49' d='M2.929-6.376C2.929-6.615 2.929-6.635 2.7-6.635C2.082-5.998 1.205-5.998 .887-5.998V-5.689C1.086-5.689 1.674-5.689 2.192-5.948V-.787C2.192-.428 2.162-.309 1.265-.309H.946V0C1.295-.03 2.162-.03 2.56-.03S3.826-.03 4.174 0V-.309H3.856C2.959-.309 2.929-.418 2.929-.787V-6.376Z'/><path id='g3-50' d='M1.265-.767L2.321-1.793C3.875-3.168 4.473-3.706 4.473-4.702C4.473-5.838 3.577-6.635 2.361-6.635C1.235-6.635 .498-5.719 .498-4.832C.498-4.274 .996-4.274 1.026-4.274C1.196-4.274 1.544-4.394 1.544-4.802C1.544-5.061 1.365-5.32 1.016-5.32C.936-5.32 .917-5.32 .887-5.31C1.116-5.958 1.654-6.326 2.232-6.326C3.138-6.326 3.567-5.519 3.567-4.702C3.567-3.905 3.068-3.118 2.521-2.501L.608-.369C.498-.259 .498-.239 .498 0H4.194L4.473-1.733H4.224C4.174-1.435 4.105-.996 4.005-.847C3.935-.767 3.278-.767 3.059-.767H1.265Z'/></defs><g id='math-021ca8'><use x='88.667' y='61.836' xlink:href='#g3-49'/><use x='93.649' y='61.836' xlink:href='#g2-61'/><use x='98.63' y='61.836' xlink:href='#g3-50'/><use x='103.612' y='61.836' xlink:href='#g3-48'/><use x='108.593' y='61.836' xlink:href='#g3-48'/></g></svg>th the diameter of a proton. Yet that pops the triangle
+half the long side by <svg  class="math-inline math-render-svg math" style="vertical-align:-0.2930em;height:1.0879em;width:2.6581em" viewBox='88.468 54.164 25.315 10.361'><desc>$1/200$</desc><defs><path id='g3-48' d='M4.583-3.188C4.583-3.985 4.533-4.782 4.184-5.519C3.726-6.476 2.909-6.635 2.491-6.635C1.893-6.635 1.166-6.376 .757-5.45C.438-4.762 .389-3.985 .389-3.188C.389-2.441 .428-1.544 .837-.787C1.265 .02 1.993 .219 2.481 .219C3.019 .219 3.776 .01 4.214-.936C4.533-1.624 4.583-2.401 4.583-3.188ZM2.481 0C2.092 0 1.504-.249 1.325-1.205C1.215-1.803 1.215-2.72 1.215-3.308C1.215-3.945 1.215-4.603 1.295-5.141C1.484-6.326 2.232-6.416 2.481-6.416C2.809-6.416 3.467-6.237 3.656-5.25C3.756-4.692 3.756-3.935 3.756-3.308C3.756-2.56 3.756-1.883 3.646-1.245C3.497-.299 2.929 0 2.481 0Z'/><path id='g3-49' d='M2.929-6.376C2.929-6.615 2.929-6.635 2.7-6.635C2.082-5.998 1.205-5.998 .887-5.998V-5.689C1.086-5.689 1.674-5.689 2.192-5.948V-.787C2.192-.428 2.162-.309 1.265-.309H.946V0C1.295-.03 2.162-.03 2.56-.03S3.826-.03 4.174 0V-.309H3.856C2.959-.309 2.929-.418 2.929-.787V-6.376Z'/><path id='g3-50' d='M1.265-.767L2.321-1.793C3.875-3.168 4.473-3.706 4.473-4.702C4.473-5.838 3.577-6.635 2.361-6.635C1.235-6.635 .498-5.719 .498-4.832C.498-4.274 .996-4.274 1.026-4.274C1.196-4.274 1.544-4.394 1.544-4.802C1.544-5.061 1.365-5.32 1.016-5.32C.936-5.32 .917-5.32 .887-5.31C1.116-5.958 1.654-6.326 2.232-6.326C3.138-6.326 3.567-5.519 3.567-4.702C3.567-3.905 3.068-3.118 2.521-2.501L.608-.369C.498-.259 .498-.239 .498 0H4.194L4.473-1.733H4.224C4.174-1.435 4.105-.996 4.005-.847C3.935-.767 3.278-.767 3.059-.767H1.265Z'/><path id='g2-61' d='M4.374-7.093C4.423-7.223 4.423-7.263 4.423-7.273C4.423-7.382 4.334-7.472 4.224-7.472C4.154-7.472 4.085-7.442 4.055-7.382L.598 2.112C.548 2.242 .548 2.281 .548 2.291C.548 2.401 .638 2.491 .747 2.491C.877 2.491 .907 2.421 .966 2.252L4.374-7.093Z'/></defs><g id='math-021ca8'><use x='88.667' y='61.836' xlink:href='#g3-49'/><use x='93.649' y='61.836' xlink:href='#g2-61'/><use x='98.63' y='61.836' xlink:href='#g3-50'/><use x='103.612' y='61.836' xlink:href='#g3-48'/><use x='108.593' y='61.836' xlink:href='#g3-48'/></g></svg>th the diameter of a proton. Yet that pops the triangle
 up to about the width of a doorway at the thickest point&#8221;. Using various
 128-bit numbers we get:
 </p>
@@ -118,7 +118,7 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 to avoid magnifying rounding errors &#8211; in that case the result for IEEE 128-bit floats becomes:
 </p>
 <pre class="para-block pre-fenced pre-fenced4" style="display:block"><code>128-bit ieee x : 3.147842048749004252358852654945507<span class="code-escaped"><span style="color:#F88">92210</span></span>e-16</code></pre>
-<p class="p noindent para-continued">The implementation is based closely on the excellent&nbsp;<a href="https://crd-legacy.lbl.gov/~dhbailey/mpdist" data-linkid="qd" class="externalref">QD</a> C++ library&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#hida:qd" class="bibref localref" style="target-element:bibitem"><span class="cite-number">4</span></a>, <a href="#hida:qdlib" class="bibref localref" style="target-element:bibitem"><span class="cite-number">5</span></a>]</span>,
+<p class="p noindent para-continued">The implementation is based closely on the excellent&nbsp;<a href="https://crd-legacy.lbl.gov/~dhbailey/mpdist" data-linkid="qd">QD</a> C++ library&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#hida:qd" class="bibref localref" style="target-element:bibitem"><span class="cite-number">4</span></a>, <a href="#hida:qdlib" class="bibref localref" style="target-element:bibitem"><span class="cite-number">5</span></a>]</span>,
 and assumes proper 64-bit IEEE <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>s with correct rounding.
 Integers can be represented precisely up to 30 decimal digits (and a bit more&#8230;
 up to 2<sup>106</sup> - 2).
@@ -128,34 +128,34 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 <div id="dekker" class="bibitem" data-cite-label="1" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[1];searchterm:Dekker+A+Floating-Point+Technique+for+Extending+the+Available+Precision"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[1]</span>T.&#160;Dekker.
 <em class="em-low1">A Floating-Point Technique for Extending the Available Precision</em>.
 Numerische&#160;Mathematik, vol. 18 (3), June 1971, 224&#8211;242.
-<a href="https://gdz.sub.uni-goettingen.de/dms/resolveppn/?PPN=GDZPPN001170007" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Dekker+A+Floating-Point+Technique+for+Extending+the+Available+Precision" class="bibsearch externalref">&#128270;</a></div>
+<a href="https://gdz.sub.uni-goettingen.de/dms/resolveppn/?PPN=GDZPPN001170007">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Dekker+A+Floating-Point+Technique+for+Extending+the+Available+Precision" class="bibsearch">&#128270;</a></div>
 <div id="goldberg:float" class="bibitem" data-cite-label="2" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[2]"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[2]</span>David Goldberg.
 <em class="em-low1">What Every Computer Scientist Should Know About Floating-point Arithmetic</em>.
-ACM Computing Survey. vol. 23 (1), March 1991. doi:&nbsp;<a href="https://doi.org/10.1145/103162.103163" class="externalref">10.1145/103162.103163</a>.
-<a href="https://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.22.6768&amp;rep=rep1&amp;type=pdf" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=" class="bibsearch externalref">&#128270;</a></div>
+ACM Computing Survey. vol. 23 (1), March 1991. doi:&nbsp;<a href="https://doi.org/10.1145/103162.103163">10.1145/103162.103163</a>.
+<a href="https://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.22.6768&amp;rep=rep1&amp;type=pdf">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=" class="bibsearch">&#128270;</a></div>
 <div id="gustafson:posit" class="bibitem" data-cite-label="3" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[3];searchterm:Gustafson+John+Beating+floating+point+at+its+own+game+posit+arithmetic"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[3]</span>John&#160;L. Gustafson and Isaac&#160;Yonemoto.
 <em class="em-low1">Beating Floating Point at its Own Game: Posit Arithmetic</em>. 2017.
-<a href="https://www.johngustafson.net/pdfs/BeatingFloatingPoint.pdf" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Gustafson+John+Beating+floating+point+at+its+own+game+posit+arithmetic" class="bibsearch externalref">&#128270;</a></div>
+<a href="https://www.johngustafson.net/pdfs/BeatingFloatingPoint.pdf">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Gustafson+John+Beating+floating+point+at+its+own+game+posit+arithmetic" class="bibsearch">&#128270;</a></div>
 <div id="hida:qd" class="bibitem" data-cite-label="4" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[4];searchterm:Hida+Quad-Double+Arithmetic:+Algorithms,+Implementation,+and+Application"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[4]</span>Yozo Hida,&#160;Xiaoye S.&#160;Li, and David&#160;H.&#160;Bailey.
 <em class="em-low1">Quad-Double Arithmetic: Algorithms, Implementation, and Application</em>.
-Lawrence Berkeley National Laboratory Technical Report LBNL-46996. 2000.&nbsp;<a href="https://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.4.5769" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Hida+Quad-Double+Arithmetic:+Algorithms,+Implementation,+and+Application" class="bibsearch externalref">&#128270;</a></div>
+Lawrence Berkeley National Laboratory Technical Report LBNL-46996. 2000.&nbsp;<a href="https://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.4.5769">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Hida+Quad-Double+Arithmetic:+Algorithms,+Implementation,+and+Application" class="bibsearch">&#128270;</a></div>
 <div id="hida:qdlib" class="bibitem" data-cite-label="5" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[5];searchterm:Hida+Library+for+double-double+and+quad-double+arithmetic"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[5]</span>Yozo Hida,&#160;Xiaoye&#160;S.&#160;Li, and David&#160;H.&#160;Bailey.
 <em class="em-low1">Library for double-double and quad-double arithmetic.</em>
-(2007).&nbsp;<a href="https://www.jaist.ac.jp/~s1410018/papers/qd.pdf" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Hida+Library+for+double-double+and+quad-double+arithmetic" class="bibsearch externalref">&#128270;</a></div>
+(2007).&nbsp;<a href="https://www.jaist.ac.jp/~s1410018/papers/qd.pdf">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Hida+Library+for+double-double+and+quad-double+arithmetic" class="bibsearch">&#128270;</a></div>
 <div id="lin" class="bibitem" data-cite-label="6" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[6];searchterm:Linnainmaa+&quot;Software+for+Doubled-Precision+Floating-Point+Computations&quot;"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[6]</span>Seppo&#160;Linnainmaa.
 <em class="em-low1">Software for Doubled-Precision Floating-Point Computations</em>.
-ACM Transactions on Mathematical Software (TOMS), vol. 7 (3), Sept. 1981, 272&#8211;283.&nbsp;<a href="http://www.bing.com/search?q=Linnainmaa+&quot;Software+for+Doubled-Precision+Floating-Point+Computations&quot;" class="bibsearch externalref">&#128270;</a></div>
+ACM Transactions on Mathematical Software (TOMS), vol. 7 (3), Sept. 1981, 272&#8211;283.&nbsp;<a href="http://www.bing.com/search?q=Linnainmaa+&quot;Software+for+Doubled-Precision+Floating-Point+Computations&quot;" class="bibsearch">&#128270;</a></div>
 <div id="kahan:triangle" class="bibitem" data-cite-label="7" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[7]"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[7]</span>William&#160;Kahan.
 <em class="em-low1">Miscalculating Area and Angles of a Needle-like Triangle</em>.
-Lecture notes, 2004,&nbsp;<a href="https://people.eecs.berkeley.edu/~wkahan/Triangle.pdf" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=" class="bibsearch externalref">&#128270;</a></div>
+Lecture notes, 2004,&nbsp;<a href="https://people.eecs.berkeley.edu/~wkahan/Triangle.pdf">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=" class="bibsearch">&#128270;</a></div>
 <div id="shewchuk" class="bibitem" data-cite-label="8" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[8]"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[8]</span>Jonathan&#160;Richard&#160;Shewchuk.
 <em class="em-low1">Adaptive Precision Floating-Point Arithmetic and Fast Robust Geometric Predicates</em>.
-Discrete &amp; Computational Geometry, vol. 18, 305&#8211;363, 1997.&nbsp;<a href="https://people.eecs.berkeley.edu/~jrs/papers/robustr.pdf" class="externalref">pdf</a>&nbsp;<a href="http://www.bing.com/search?q=" class="bibsearch externalref">&#128270;</a></div></div>
+Discrete &amp; Computational Geometry, vol. 18, 305&#8211;363, 1997.&nbsp;<a href="https://people.eecs.berkeley.edu/~jrs/papers/robustr.pdf">pdf</a>&nbsp;<a href="http://www.bing.com/search?q=" class="bibsearch">&#128270;</a></div></div>
 <p class="p noindent">.
 </p></div>
 <div class="decl" id="type_space_ddouble"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble-source.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
-<p class="p noindent"> The <code class="koka"><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> type implements&nbsp;<a href="https://en.wikipedia.org/wiki/Quadruple-precision_floating-point_format#Double-double_arithmetic" data-linkid="ddwiki" class="externalref">double double</a> 128-bit floating point numbers
+<p class="p noindent"> The <code class="koka"><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> type implements&nbsp;<a href="https://en.wikipedia.org/wiki/Quadruple-precision_floating-point_format#Double-double_arithmetic" data-linkid="ddwiki">double double</a> 128-bit floating point numbers
 as a pair of IEEE <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code> values. This extends the precision to 31 decimal digits
 (versus 15 for <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>), but keeps the same range as
 a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code> with a maximum  value of about 1.8&#183;10<sup>308</sup>. Because
@@ -186,7 +186,7 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 </p></div></div><div class="decl" id="list_fs_sum"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_ddouble-source.html#list_fs_sum"><span class="lq">list<span class="fslash">/</span></span>sum</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the sum of a list of doubles.
-Uses&nbsp;<a href="https://en.wikipedia.org/wiki/Kahan_summation_algorithm#Further_enhancements" class="externalref">Kahan-Babu&#353;kan-Neumaier summation</a>
+Uses&nbsp;<a href="https://en.wikipedia.org/wiki/Kahan_summation_algorithm#Further_enhancements">Kahan-Babu&#353;kan-Neumaier summation</a>
 to minimize rounding errors. This
 is more precise as Kahan summation and about as fast.<br>
 <code class="koka">[<span class="number">1.0e3</span>,<span class="number">1.0e97</span>,<span class="number">1.0e3</span>,<span class="number">-1.0e97</span>]<span class="kw op">.</span>sum <span class="op">==</span> <span class="number">2000.0</span></code><br>
@@ -268,7 +268,7 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 Instead, we take the square of <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#flt_epsilon">flt<span class="dash">-</span>epsilon<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>flt<span class="dash">-</span>epsilon: <span class="tp">float64</span></span></a></code>, i.e. 2<sup>-104</sup>.
 </p></div></div><div class="decl" id="dd_euler"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_ddouble-source.html#dd_euler">dd<span class="dash">-</span>euler</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Euler%E2%80%93Mascheroni_constant" class="externalref">Euler&#39;s constant</a>.
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Euler%E2%80%93Mascheroni_constant">Euler&#39;s constant</a>.
 </p></div></div><div class="decl" id="dd_ln10"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_ddouble-source.html#dd_ln10">dd<span class="dash">-</span>ln10</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">The natural logarithm of 10.
@@ -523,7 +523,7 @@ <h1 class="synopsis">128-bit double-double floating point numbers.</h1>
 </p></div></div><div class="decl" id="show_hex"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_ddouble-source.html#show_hex">show<span class="dash">-</span>hex</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a>, <span class="tp tpp">width</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">pre</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent"> Show a <code class="koka"><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> <code class="koka">x</code> precisely as the sum of two <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>s
-in&nbsp;<a href="https://books.google.com/books?id=FgMsCwAAQBAJ&amp;pg=PA41" class="externalref">hexadecimal notation</a>.
+in&nbsp;<a href="https://books.google.com/books?id=FgMsCwAAQBAJ&amp;pg=PA41">hexadecimal notation</a>.
 Use this if you need to guarantee that you can parse back <code class="koka"><a class="pp" href="#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code>s exactly,
 i.e. <code class="koka">x <span class="op">==</span> x<span class="kw op">.</span>show<span class="dash">-</span>hex<span class="kw op">.</span>ddouble</code>.
 </p><pre class="koka source"><span class="plaincode">&gt; 0.1.ddouble.show-hex
diff --git a/doc/std_num_float64-source.html b/doc/std_num_float64-source.html
index 2cfa97df7..aa342d346 100644
--- a/doc/std_num_float64-source.html
+++ b/doc/std_num_float64-source.html
@@ -657,12 +657,6 @@
   <span class="kw">val</span> <a class="pp">iy<span class="pc">iy: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">by<span class="pc">by: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64-source.html#sar">sar<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>sar: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">shift</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">63<span class="pc">literal: <span class="tp">int</span><br>dec  = 63<br>hex8 = 0x3F<br>bit8 = 0b00111111</span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64-source.html#shr">shr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>shr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">shift</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64-source.html#xor">xor<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>xor: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">by<span class="pc">by: <span class="tp">int64</span></span></a>)
   <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64-source.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>(<a class="pp">ix<span class="pc">ix: <span class="tp">int64</span></span></a>,<a class="pp">iy<span class="pc">iy: <span class="tp">int64</span></span></a></span>)
 
-<span class="comment">// Order two float elements.
-</span><span class="decl-fun" id="order2"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#order2">order2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>order2: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">float64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp" href="#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">float64</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Eq2"><span class="co">Eq2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">eq</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt"><span class="co">Lt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Lt2"><span class="co">Lt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Lt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">float64</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt"><span class="co">Gt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt: <span class="tp">order</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Gt2"><span class="co">Gt2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Gt2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">gt</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order2</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp">float64</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a></span>)
 
 <span class="comment">// The midpoint is the average of &#96;x&#96; and &#96;y&#96;.
 // Avoids overflow on large numbers.
@@ -791,14 +785,14 @@
 // A. Neumaier, &#95;Rundungsfehleranalyse einiger Verfahren zur Summation endlicher Summen&#95;.
 // Math. Mechanik, 54:39--51, 1974.
 </span><span class="decl-fun" id="sum"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_float64.html#sum">sum<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>sum: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">float64</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">float64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">564</span>,float64<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0.0<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x0p+0</span></a>
-  <span class="kw">var</span> <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">564</span>,float64<span class="op">&gt;</span></span></a>  <span class="kw op">:=</span> <a class="pp">0.0<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x0p+0</span></a>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>)
-    <span class="kw">val</span> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a> <span class="kw">=</span> <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>
-    <span class="kw">val</span> <a class="pp">c<span class="pc">c: <span class="tp">float64</span></span></a> <span class="kw">=</span> <span class="kw">if</span> <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) bool</span></a> <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <span class="kw">then</span> (<a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a> <span class="kw">else</span> (<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a>
-    <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">564</span>,float64<span class="op">&gt;</span></span></a>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">564</span>,float64<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">float64</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">float64</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">c<span class="pc">c: <span class="tp">float64</span></span></a>
-    <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">564</span>,float64<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">564</span>,float64<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">float64</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a>
-  <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">564</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">float64</span></span></a></span>;
+  <span class="kw">var</span> <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3059</span>,float64<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">0.0<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x0p+0</span></a>
+  <span class="kw">var</span> <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3059</span>,float64<span class="op">&gt;</span></span></a>  <span class="kw op">:=</span> <a class="pp">0.0<span class="pc">literal: <span class="tp">float64</span><br>hex64= 0x0p+0</span></a>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#foreach">foreach<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>foreach: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">float64</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) ()) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) ()</span></a> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) ()</span></a>(<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>)
+    <span class="kw">val</span> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a> <span class="kw">=</span> <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a>
+    <span class="kw">val</span> <a class="pp">c<span class="pc">c: <span class="tp">float64</span></span></a> <span class="kw">=</span> <span class="kw">if</span> <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) bool</span></a> <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a><span class="kw op">.</span><a class="pp" href="#abs">abs<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>abs: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <span class="kw">then</span> (<a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a> <span class="kw">else</span> (<a class="pp">x<span class="pc">x: <span class="tp">float64</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a>) <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a>
+    <a class="pp">comp<span class="pc">comp: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3059</span>,float64<span class="op">&gt;</span></span></a>  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3059</span>,float64<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">float64</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">float64</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">c<span class="pc">c: <span class="tp">float64</span></span></a>
+    <a class="pp">total<span class="pc">total: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3059</span>,float64<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">3059</span>,float64<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">float64</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) ()</span></a> <a class="pp">t<span class="pc">t: <span class="tp">float64</span></span></a>
+  <a class="pp">total<span class="pc">total: <span class="tp">float64</span></span></a> <a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">3059</span><span class="op">&gt;</span>) float64</span></a> <a class="pp">comp<span class="pc">comp: <span class="tp">float64</span></span></a></span>;
 
 <span class="comment">// The hypotenuse of &#96;x&#96; and &#96;y&#96;: &#96;sqrt(x&#42;x + y&#42;y)&#96;.
 // Prevents overflow for large numbers.
diff --git a/doc/std_num_float64.html b/doc/std_num_float64.html
index 80459fe73..4ba742fc4 100644
--- a/doc/std_num_float64.html
+++ b/doc/std_num_float64.html
@@ -16,14 +16,14 @@
 
 <body class="koka doc body madoko">
 <h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_num_float64-source.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
-<div class="toc code"><ul class="toc"><li><a class="link" href="#float32_fs_float64"><span class="kw">fun</span>&nbsp;<span class="lq">float32<span class="fslash">/</span></span>float64</a></li><li><a class="link" href="#float64_fs_float32"><span class="kw">fun</span>&nbsp;<span class="lq">float64<span class="fslash">/</span></span>float32</a></li><li><a class="link" href="#int64_fs_float64"><span class="kw">fun</span>&nbsp;<span class="lq">int64<span class="fslash">/</span></span>float64</a></li><li><a class="link" href="#list_fs_abs_max"><span class="kw">fun</span>&nbsp;<span class="lq">list<span class="fslash">/</span></span>abs<span class="dash">-</span>max</a></li><li><a class="link" href="#list_fs_hypot"><span class="kw">fun</span>&nbsp;<span class="lq">list<span class="fslash">/</span></span>hypot</a></li><li><a class="link" href="#xyz_fs_hypot"><span class="kw">fun</span>&nbsp;<span class="lq">xyz<span class="fslash">/</span></span>hypot</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#_tilde__eq_"><span class="kw">fun</span>&nbsp;(~=)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#abs_max"><span class="kw">fun</span>&nbsp;abs<span class="dash">-</span>max</a></li><li><a class="link" href="#acos"><span class="kw">fun</span>&nbsp;acos</a></li><li><a class="link" href="#acosh"><span class="kw">fun</span>&nbsp;acosh</a></li><li><a class="link" href="#asin"><span class="kw">fun</span>&nbsp;asin</a></li><li><a class="link" href="#asinh"><span class="kw">fun</span>&nbsp;asinh</a></li><li><a class="link" href="#atan"><span class="kw">fun</span>&nbsp;atan</a></li><li><a class="link" href="#atan2"><span class="kw">fun</span>&nbsp;atan2</a></li><li><a class="link" href="#atanh"><span class="kw">fun</span>&nbsp;atanh</a></li><li><a class="link" href="#cbrt"><span class="kw">fun</span>&nbsp;cbrt</a></li><li><a class="link" href="#ceiling"><span class="kw">fun</span>&nbsp;ceiling</a></li></ul><ul class="toc"><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#cos"><span class="kw">fun</span>&nbsp;cos</a></li><li><a class="link" href="#cosh"><span class="kw">fun</span>&nbsp;cosh</a></li><li><a class="link" href="#decode"><span class="kw">fun</span>&nbsp;decode</a></li><li><a class="link" href="#deg"><span class="kw">fun</span>&nbsp;deg</a></li><li><a class="link" href="#encode"><span class="kw">fun</span>&nbsp;encode</a></li><li><a class="link" href="#exp"><span class="kw">fun</span>&nbsp;exp</a></li><li><a class="link" href="#exp10"><span class="kw">fun</span>&nbsp;exp10</a></li><li><a class="link" href="#exp2"><span class="kw">fun</span>&nbsp;exp2</a></li><li><a class="link" href="#exp2i"><span class="kw">fun</span>&nbsp;exp2i</a></li><li><a class="link" href="#expm1"><span class="kw">fun</span>&nbsp;expm1</a></li><li><a class="link" href="#f32"><span class="kw">fun</span>&nbsp;f32</a></li><li><a class="link" href="#ffraction"><span class="kw">fun</span>&nbsp;ffraction</a></li><li><a class="link" href="#float32"><span class="kw">fun</span>&nbsp;float32</a></li><li><a class="link" href="#float64"><span class="kw">fun</span>&nbsp;float64</a></li><li><a class="link" href="#float64_from_bits"><span class="kw">fun</span>&nbsp;float64<span class="dash">-</span>from<span class="dash">-</span>bits</a></li><li><a class="link" href="#float64_to_bits"><span class="kw">fun</span>&nbsp;float64<span class="dash">-</span>to<span class="dash">-</span>bits</a></li><li><a class="link" href="#floor"><span class="kw">fun</span>&nbsp;floor</a></li><li><a class="link" href="#flt_e"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>e</a></li><li><a class="link" href="#flt_epsilon"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>epsilon</a></li><li><a class="link" href="#flt_euler"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>euler</a></li><li><a class="link" href="#flt_ln10"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>ln10</a></li><li><a class="link" href="#flt_ln2"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>ln2</a></li><li><a class="link" href="#flt_log10e"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>log10e</a></li><li><a class="link" href="#flt_log2e"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>log2e</a></li><li><a class="link" href="#flt_max"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>max</a></li><li><a class="link" href="#flt_max_prec"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>max<span class="dash">-</span>prec</a></li><li><a class="link" href="#flt_min"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>min</a></li><li><a class="link" href="#flt_pi"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi</a></li><li><a class="link" href="#flt_pi2"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi2</a></li><li><a class="link" href="#flt_pi34"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi34</a></li></ul><ul class="toc"><li><a class="link" href="#flt_pi4"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi4</a></li><li><a class="link" href="#flt_sqrt12"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>sqrt12</a></li><li><a class="link" href="#flt_sqrt2"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>sqrt2</a></li><li><a class="link" href="#flt_true_min"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>true<span class="dash">-</span>min</a></li><li><a class="link" href="#flt_twopi"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>twopi</a></li><li><a class="link" href="#fmadd"><span class="kw">fun</span>&nbsp;fmadd</a></li><li><a class="link" href="#fraction"><span class="kw">fun</span>&nbsp;fraction</a></li><li><a class="link" href="#frexp"><span class="kw">fun</span>&nbsp;frexp</a></li><li><a class="link" href="#hypot"><span class="kw">fun</span>&nbsp;hypot</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#is_finite"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>finite</a></li><li><a class="link" href="#is_inf"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>inf</a></li><li><a class="link" href="#is_nan"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>nan</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_neginf"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neginf</a></li><li><a class="link" href="#is_negzero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>negzero</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_posinf"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>posinf</a></li><li><a class="link" href="#is_subnormal"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>subnormal</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#ldexp"><span class="kw">fun</span>&nbsp;ldexp</a></li><li><a class="link" href="#lerp"><span class="kw">fun</span>&nbsp;lerp</a></li><li><a class="link" href="#ln"><span class="kw">fun</span>&nbsp;ln</a></li><li><a class="link" href="#ln1p"><span class="kw">fun</span>&nbsp;ln1p</a></li><li><a class="link" href="#lnaddexp"><span class="kw">fun</span>&nbsp;lnaddexp</a></li><li><a class="link" href="#log"><span class="kw">fun</span>&nbsp;log</a></li><li><a class="link" href="#log10"><span class="kw">fun</span>&nbsp;log10</a></li><li><a class="link" href="#log2"><span class="kw">fun</span>&nbsp;log2</a></li><li><a class="link" href="#logaddexp2"><span class="kw">fun</span>&nbsp;logaddexp2</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li><li><a class="link" href="#maximum"><span class="kw">fun</span>&nbsp;maximum</a></li></ul><ul class="toc"><li><a class="link" href="#midpoint"><span class="kw">fun</span>&nbsp;midpoint</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#minimum"><span class="kw">fun</span>&nbsp;minimum</a></li><li><a class="link" href="#nan"><span class="kw">val</span>&nbsp;nan</a></li><li><a class="link" href="#nearly_eq"><span class="kw">fun</span>&nbsp;nearly<span class="dash">-</span>eq</a></li><li><a class="link" href="#neginf"><span class="kw">val</span>&nbsp;neginf</a></li><li><a class="link" href="#next_down"><span class="kw">fun</span>&nbsp;next<span class="dash">-</span>down</a></li><li><a class="link" href="#next_up"><span class="kw">fun</span>&nbsp;next<span class="dash">-</span>up</a></li><li><a class="link" href="#order2"><span class="kw">fun</span>&nbsp;order2</a></li><li><a class="link" href="#parse_float64"><span class="kw">fun</span>&nbsp;parse<span class="dash">-</span>float64</a></li><li><a class="link" href="#pdouble"><span class="kw">fun</span>&nbsp;pdouble</a></li><li><a class="link" href="#pi"><span class="kw">val</span>&nbsp;pi</a></li><li><a class="link" href="#posinf"><span class="kw">val</span>&nbsp;posinf</a></li><li><a class="link" href="#pow"><span class="kw">fun</span>&nbsp;pow</a></li><li><a class="link" href="#rad"><span class="kw">fun</span>&nbsp;rad</a></li><li><a class="link" href="#round"><span class="kw">fun</span>&nbsp;round</a></li><li><a class="link" href="#round_to_prec"><span class="kw">fun</span>&nbsp;round<span class="dash">-</span>to<span class="dash">-</span>prec</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#show_exp"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>exp</a></li><li><a class="link" href="#show_fixed"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>fixed</a></li><li><a class="link" href="#show_hex"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#sin"><span class="kw">fun</span>&nbsp;sin</a></li><li><a class="link" href="#sinh"><span class="kw">fun</span>&nbsp;sinh</a></li><li><a class="link" href="#sqr"><span class="kw">fun</span>&nbsp;sqr</a></li><li><a class="link" href="#sqrt"><span class="kw">fun</span>&nbsp;sqrt</a></li><li><a class="link" href="#sum"><span class="kw">fun</span>&nbsp;sum</a></li><li><a class="link" href="#tan"><span class="kw">fun</span>&nbsp;tan</a></li><li><a class="link" href="#tanh"><span class="kw">fun</span>&nbsp;tanh</a></li><li><a class="link" href="#truncate"><span class="kw">fun</span>&nbsp;truncate</a></li><li><a class="link" href="#with_sign_of"><span class="kw">fun</span>&nbsp;with<span class="dash">-</span>sign<span class="dash">-</span>of</a></li></ul></div>
+<div class="toc code"><ul class="toc"><li><a class="link" href="#float32_fs_float64"><span class="kw">fun</span>&nbsp;<span class="lq">float32<span class="fslash">/</span></span>float64</a></li><li><a class="link" href="#float64_fs_float32"><span class="kw">fun</span>&nbsp;<span class="lq">float64<span class="fslash">/</span></span>float32</a></li><li><a class="link" href="#int64_fs_float64"><span class="kw">fun</span>&nbsp;<span class="lq">int64<span class="fslash">/</span></span>float64</a></li><li><a class="link" href="#list_fs_abs_max"><span class="kw">fun</span>&nbsp;<span class="lq">list<span class="fslash">/</span></span>abs<span class="dash">-</span>max</a></li><li><a class="link" href="#list_fs_hypot"><span class="kw">fun</span>&nbsp;<span class="lq">list<span class="fslash">/</span></span>hypot</a></li><li><a class="link" href="#xyz_fs_hypot"><span class="kw">fun</span>&nbsp;<span class="lq">xyz<span class="fslash">/</span></span>hypot</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#_tilde__eq_"><span class="kw">fun</span>&nbsp;(~=)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#abs_max"><span class="kw">fun</span>&nbsp;abs<span class="dash">-</span>max</a></li><li><a class="link" href="#acos"><span class="kw">fun</span>&nbsp;acos</a></li><li><a class="link" href="#acosh"><span class="kw">fun</span>&nbsp;acosh</a></li><li><a class="link" href="#asin"><span class="kw">fun</span>&nbsp;asin</a></li><li><a class="link" href="#asinh"><span class="kw">fun</span>&nbsp;asinh</a></li><li><a class="link" href="#atan"><span class="kw">fun</span>&nbsp;atan</a></li><li><a class="link" href="#atan2"><span class="kw">fun</span>&nbsp;atan2</a></li><li><a class="link" href="#atanh"><span class="kw">fun</span>&nbsp;atanh</a></li><li><a class="link" href="#cbrt"><span class="kw">fun</span>&nbsp;cbrt</a></li><li><a class="link" href="#ceiling"><span class="kw">fun</span>&nbsp;ceiling</a></li></ul><ul class="toc"><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#cos"><span class="kw">fun</span>&nbsp;cos</a></li><li><a class="link" href="#cosh"><span class="kw">fun</span>&nbsp;cosh</a></li><li><a class="link" href="#decode"><span class="kw">fun</span>&nbsp;decode</a></li><li><a class="link" href="#deg"><span class="kw">fun</span>&nbsp;deg</a></li><li><a class="link" href="#encode"><span class="kw">fun</span>&nbsp;encode</a></li><li><a class="link" href="#exp"><span class="kw">fun</span>&nbsp;exp</a></li><li><a class="link" href="#exp10"><span class="kw">fun</span>&nbsp;exp10</a></li><li><a class="link" href="#exp2"><span class="kw">fun</span>&nbsp;exp2</a></li><li><a class="link" href="#exp2i"><span class="kw">fun</span>&nbsp;exp2i</a></li><li><a class="link" href="#expm1"><span class="kw">fun</span>&nbsp;expm1</a></li><li><a class="link" href="#f32"><span class="kw">fun</span>&nbsp;f32</a></li><li><a class="link" href="#ffraction"><span class="kw">fun</span>&nbsp;ffraction</a></li><li><a class="link" href="#float32"><span class="kw">fun</span>&nbsp;float32</a></li><li><a class="link" href="#float64"><span class="kw">fun</span>&nbsp;float64</a></li><li><a class="link" href="#float64_from_bits"><span class="kw">fun</span>&nbsp;float64<span class="dash">-</span>from<span class="dash">-</span>bits</a></li><li><a class="link" href="#float64_to_bits"><span class="kw">fun</span>&nbsp;float64<span class="dash">-</span>to<span class="dash">-</span>bits</a></li><li><a class="link" href="#floor"><span class="kw">fun</span>&nbsp;floor</a></li><li><a class="link" href="#flt_e"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>e</a></li><li><a class="link" href="#flt_epsilon"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>epsilon</a></li><li><a class="link" href="#flt_euler"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>euler</a></li><li><a class="link" href="#flt_ln10"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>ln10</a></li><li><a class="link" href="#flt_ln2"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>ln2</a></li><li><a class="link" href="#flt_log10e"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>log10e</a></li><li><a class="link" href="#flt_log2e"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>log2e</a></li><li><a class="link" href="#flt_max"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>max</a></li><li><a class="link" href="#flt_max_prec"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>max<span class="dash">-</span>prec</a></li><li><a class="link" href="#flt_min"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>min</a></li><li><a class="link" href="#flt_pi"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi</a></li><li><a class="link" href="#flt_pi2"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi2</a></li><li><a class="link" href="#flt_pi34"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi34</a></li></ul><ul class="toc"><li><a class="link" href="#flt_pi4"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>pi4</a></li><li><a class="link" href="#flt_sqrt12"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>sqrt12</a></li><li><a class="link" href="#flt_sqrt2"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>sqrt2</a></li><li><a class="link" href="#flt_true_min"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>true<span class="dash">-</span>min</a></li><li><a class="link" href="#flt_twopi"><span class="kw">val</span>&nbsp;flt<span class="dash">-</span>twopi</a></li><li><a class="link" href="#fmadd"><span class="kw">fun</span>&nbsp;fmadd</a></li><li><a class="link" href="#fraction"><span class="kw">fun</span>&nbsp;fraction</a></li><li><a class="link" href="#frexp"><span class="kw">fun</span>&nbsp;frexp</a></li><li><a class="link" href="#hypot"><span class="kw">fun</span>&nbsp;hypot</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#is_finite"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>finite</a></li><li><a class="link" href="#is_inf"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>inf</a></li><li><a class="link" href="#is_nan"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>nan</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_neginf"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neginf</a></li><li><a class="link" href="#is_negzero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>negzero</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_posinf"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>posinf</a></li><li><a class="link" href="#is_subnormal"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>subnormal</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#ldexp"><span class="kw">fun</span>&nbsp;ldexp</a></li><li><a class="link" href="#lerp"><span class="kw">fun</span>&nbsp;lerp</a></li><li><a class="link" href="#ln"><span class="kw">fun</span>&nbsp;ln</a></li><li><a class="link" href="#ln1p"><span class="kw">fun</span>&nbsp;ln1p</a></li><li><a class="link" href="#lnaddexp"><span class="kw">fun</span>&nbsp;lnaddexp</a></li><li><a class="link" href="#log"><span class="kw">fun</span>&nbsp;log</a></li><li><a class="link" href="#log10"><span class="kw">fun</span>&nbsp;log10</a></li><li><a class="link" href="#log2"><span class="kw">fun</span>&nbsp;log2</a></li><li><a class="link" href="#logaddexp2"><span class="kw">fun</span>&nbsp;logaddexp2</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li><li><a class="link" href="#maximum"><span class="kw">fun</span>&nbsp;maximum</a></li></ul><ul class="toc"><li><a class="link" href="#midpoint"><span class="kw">fun</span>&nbsp;midpoint</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#minimum"><span class="kw">fun</span>&nbsp;minimum</a></li><li><a class="link" href="#nan"><span class="kw">val</span>&nbsp;nan</a></li><li><a class="link" href="#nearly_eq"><span class="kw">fun</span>&nbsp;nearly<span class="dash">-</span>eq</a></li><li><a class="link" href="#neginf"><span class="kw">val</span>&nbsp;neginf</a></li><li><a class="link" href="#next_down"><span class="kw">fun</span>&nbsp;next<span class="dash">-</span>down</a></li><li><a class="link" href="#next_up"><span class="kw">fun</span>&nbsp;next<span class="dash">-</span>up</a></li><li><a class="link" href="#parse_float64"><span class="kw">fun</span>&nbsp;parse<span class="dash">-</span>float64</a></li><li><a class="link" href="#pdouble"><span class="kw">fun</span>&nbsp;pdouble</a></li><li><a class="link" href="#pi"><span class="kw">val</span>&nbsp;pi</a></li><li><a class="link" href="#posinf"><span class="kw">val</span>&nbsp;posinf</a></li><li><a class="link" href="#pow"><span class="kw">fun</span>&nbsp;pow</a></li><li><a class="link" href="#rad"><span class="kw">fun</span>&nbsp;rad</a></li><li><a class="link" href="#round"><span class="kw">fun</span>&nbsp;round</a></li><li><a class="link" href="#round_to_prec"><span class="kw">fun</span>&nbsp;round<span class="dash">-</span>to<span class="dash">-</span>prec</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#show_exp"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>exp</a></li><li><a class="link" href="#show_fixed"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>fixed</a></li><li><a class="link" href="#show_hex"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#sin"><span class="kw">fun</span>&nbsp;sin</a></li><li><a class="link" href="#sinh"><span class="kw">fun</span>&nbsp;sinh</a></li><li><a class="link" href="#sqr"><span class="kw">fun</span>&nbsp;sqr</a></li><li><a class="link" href="#sqrt"><span class="kw">fun</span>&nbsp;sqrt</a></li><li><a class="link" href="#sum"><span class="kw">fun</span>&nbsp;sum</a></li><li><a class="link" href="#tan"><span class="kw">fun</span>&nbsp;tan</a></li><li><a class="link" href="#tanh"><span class="kw">fun</span>&nbsp;tanh</a></li><li><a class="link" href="#truncate"><span class="kw">fun</span>&nbsp;truncate</a></li><li><a class="link" href="#with_sign_of"><span class="kw">fun</span>&nbsp;with<span class="dash">-</span>sign<span class="dash">-</span>of</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 
 
 
 <p class="p noindent">Also described as <em class="em-low1">double</em> precision or <em class="em-low1">binary64</em> numbers in the standards.
-See also <a href="https://en.wikipedia.org/wiki/Double-precision_floating-point_format" class="texturl monospace externalref">https://&#8203;en.&#8203;wikipedia.&#8203;org/&#8203;wiki/&#8203;Double-&#8203;precision_&#8203;floating-&#8203;point_&#8203;format</a>.
+See also <a href="https://en.wikipedia.org/wiki/Double-precision_floating-point_format" class="texturl monospace">https://&#8203;en.&#8203;wikipedia.&#8203;org/&#8203;wiki/&#8203;Double-&#8203;precision_&#8203;floating-&#8203;point_&#8203;format</a>.
 </p></div>
 <div class="decl" id="float32_fs_float64"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#float32_fs_float64"><span class="lq">float32<span class="fslash">/</span></span>float64</a></span>( <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float32"><span class="tp">float32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -258,7 +258,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 </p></div></div>
 <div class="decl" id="flt_e"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_float64-source.html#flt_e">flt<span class="dash">-</span>e</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/E_(mathematical_constant" class="externalref"><em class="em-low1">e</em></a>) constant.
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/E_(mathematical_constant"><em class="em-low1">e</em></a>) constant.
 </p></div></div>
 <div class="decl" id="flt_epsilon"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_float64-source.html#flt_epsilon">flt<span class="dash">-</span>epsilon</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -266,7 +266,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 </p></div></div>
 <div class="decl" id="flt_euler"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_float64-source.html#flt_euler">flt<span class="dash">-</span>euler</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Euler%E2%80%93Mascheroni_constant" class="externalref">Euler&#39;s constant</a>.
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Euler%E2%80%93Mascheroni_constant">Euler&#39;s constant</a>.
 </p></div></div>
 <div class="decl" id="flt_ln10"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_float64-source.html#flt_ln10">flt<span class="dash">-</span>ln10</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -322,7 +322,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 </p></div></div>
 <div class="decl" id="flt_true_min"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_float64-source.html#flt_true_min">flt<span class="dash">-</span>true<span class="dash">-</span>min</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Smallest positive subnormal value (i.e.&nbsp;<a href="https://en.cppreference.com/w/cpp/types/climits" class="externalref"><code class="code code2">DBL_TRUE_MIN</code></a>).
+<p class="p noindent">Smallest positive subnormal value (i.e.&nbsp;<a href="https://en.cppreference.com/w/cpp/types/climits"><code class="code code2">DBL_TRUE_MIN</code></a>).
 </p></div></div>
 <div class="decl" id="flt_twopi"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_float64-source.html#flt_twopi">flt<span class="dash">-</span>twopi</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -392,7 +392,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 </p></div></div>
 <div class="decl" id="is_subnormal"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#is_subnormal">is<span class="dash">-</span>subnormal</a></span>( <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Is this a&nbsp;<a href="https://en.wikipedia.org/wiki/Denormal_number" class="externalref">subnormal</a> value?
+<p class="p noindent">Is this a&nbsp;<a href="https://en.wikipedia.org/wiki/Denormal_number">subnormal</a> value?
 (i.e. <code class="koka"><span class="number">0</span> <span class="op">&#60;</span> d<span class="kw op">.</span>abs <span class="op">&#60;</span> <a class="pp" href="#flt_min">flt<span class="dash">-</span>min<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>flt<span class="dash">-</span>min: <span class="tp">float64</span></span></a></code>).
 </p></div></div>
 <div class="decl" id="is_zero"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#is_zero">is<span class="dash">-</span>zero</a></span>( <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -407,7 +407,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 <div class="decl" id="lerp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#lerp">lerp</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Linear interpolation, calculating <code class="koka">x <span class="op">+</span> t<span class="op">&#42;</span>(y <span class="op"><span class="minus">-</span></span> x)</code> but avoids troublesome edge cases.
-Follows the C++20&nbsp;<a href="https://www.open-std.org/jtc1/sc22/wg21/docs/papers/2019/p0811r3.html" class="externalref">specification</a>.
+Follows the C++20&nbsp;<a href="https://www.open-std.org/jtc1/sc22/wg21/docs/papers/2019/p0811r3.html">specification</a>.
 In particular, if <code class="koka">x<span class="kw op">.</span><a class="pp" href="#is_finite">is<span class="dash">-</span>finite<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>is<span class="dash">-</span>finite: <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#_amp__amp_">(&#38;&#38;)<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(&#38;&#38;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a> y<span class="kw op">.</span><a class="pp" href="#is_finite">is<span class="dash">-</span>finite<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>is<span class="dash">-</span>finite: <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a></code>, then:
 - exact: <code class="koka"><a class="pp" href="#lerp">lerp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>lerp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a>(x,y,<span class="number">0.0</span>) <span class="op">==</span> x</code> and  <code class="koka"><a class="pp" href="#lerp">lerp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>lerp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a>(x,y,<span class="number">1.0</span>) <span class="op">==</span> y</code>
 - monotonic: if <code class="koka">x <span class="op">&#60;=</span> y</code> and <code class="koka">t1 <span class="op">&#60;=</span> t2</code>, then <code class="koka">cmp( <a class="pp" href="#lerp">lerp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>lerp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a>(x,y,t1), <a class="pp" href="#lerp">lerp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>lerp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">,</span> <span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a>(x,y,t2) ) <span class="op">&#60;=</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Eq"><span class="co">Eq</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Eq: <span class="tp">order</span></span></a></code> (and other cases)
@@ -496,15 +496,11 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 The identity <code class="koka">x<span class="kw op">.</span><a class="pp" href="#next_up">next<span class="dash">-</span>up<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>next<span class="dash">-</span>up: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a> <span class="op">==</span> <span class="op"><sub></span><a class="pp" href="#next_down">next<span class="dash">-</span>down<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>next<span class="dash">-</span>down: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a>(<span class="op"></sub></span>x)</code> holds for all <code class="koka">x</code>.
 When <code class="koka">x</code> is finite <code class="koka">x <span class="op">==</span> x<span class="kw op">.</span><a class="pp" href="#next_up">next<span class="dash">-</span>up<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>next<span class="dash">-</span>up: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a><span class="kw op">.</span><a class="pp" href="#next_down">next<span class="dash">-</span>down<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>next<span class="dash">-</span>down: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">float64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">float64</span></span></a></code> also holds.
 </p></div></div>
-<div class="decl" id="order2"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#order2">order2</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_order2"><span class="tp">order2</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order2: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
-
-<p class="p noindent">Order two float elements.
-</p></div></div>
 <div class="decl" id="parse_float64"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#parse_float64">parse<span class="dash">-</span>float64</a></span>( <span class="tp tpp">s</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span></div><div class="doc koka comment">
 
 <p class="p noindent">Parse a float64 number. Can be &#8220;NaN&#8221;, &#8220;Inf(inity)&#8221; (case-insensitive),
 a fix-point number (<code class="koka"><span class="number">1.2</span></code>) or in scientific notation (<code class="koka"><span class="number">-2.3e-5</span></code>).
-Also allows floats in&nbsp;<a href="https://books.google.com/books?id=FgMsCwAAQBAJ&amp;pg=PA41" class="externalref">hexadecimal notation</a> (<code class="koka"><span class="number">0xA.Fp-10</span></code>) that can
+Also allows floats in&nbsp;<a href="https://books.google.com/books?id=FgMsCwAAQBAJ&amp;pg=PA41">hexadecimal notation</a> (<code class="koka"><span class="number">0xA.Fp-10</span></code>) that can
 be represented precisely (and are the preferred <em class="em-low1">round trip</em> format).
 </p></div></div>
 <div class="decl" id="pdouble"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#pdouble">pdouble</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div></div>
@@ -560,7 +556,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 </p></div></div>
 <div class="decl" id="show_hex"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#show_hex">show<span class="dash">-</span>hex</a></span>( <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">width</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>, <span class="tp tpp">pre</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"> Show a float64 in&nbsp;<a href="https://books.google.com/books?id=FgMsCwAAQBAJ&amp;pg=PA41" class="externalref">hexadecimal notation</a>.
+<p class="p noindent"> Show a float64 in&nbsp;<a href="https://books.google.com/books?id=FgMsCwAAQBAJ&amp;pg=PA41">hexadecimal notation</a>.
 An advantage of this format is that it precisely represents the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code> and can
 reliably (and efficiently) be parsed back, i.e. <code class="koka">d<span class="kw op">.</span>show<span class="dash">-</span>hex<span class="kw op">.</span><a class="pp" href="#parse_float64">parse<span class="dash">-</span>float64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>float64<span class="fslash last">/</span></span>parse<span class="dash">-</span>float64: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp">float64</span><span class="tp sp">&#62;</span></span></a> <span class="op">==</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">maybe</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a>(d)</code>.
 The significant is the <em class="em-low1">hexadecimal</em> fraction while the
@@ -621,7 +617,7 @@ <h1 class="synopsis">64-bit IEEE floating point numbers.</h1>
 <div class="decl" id="sum"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_float64-source.html#sum">sum</a></span>( <span class="tp tpp">xs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the sum of a list of floats.
-Uses&nbsp;<a href="https://en.wikipedia.org/wiki/Kahan_summation_algorithm#Further_enhancements" class="externalref">Kahan-Babu&#353;kan-Neumaier summation</a>
+Uses&nbsp;<a href="https://en.wikipedia.org/wiki/Kahan_summation_algorithm#Further_enhancements">Kahan-Babu&#353;kan-Neumaier summation</a>
 to minimize rounding errors. This
 is more precise as Kahan summation and about as fast.<br>
 <code class="koka">[<span class="number">1.0e3</span>,<span class="number">1.0e97</span>,<span class="number">1.0e3</span>,<span class="number">-1.0e97</span>]<span class="kw op">.</span>sum <span class="op">==</span> <span class="number">2000.0</span></code><br>
diff --git a/doc/std_num_int32-source.html b/doc/std_num_int32-source.html
index 783f33cfc..257cd0736 100644
--- a/doc/std_num_int32-source.html
+++ b/doc/std_num_int32-source.html
@@ -334,18 +334,18 @@
   c inline <span class="st">"kk&#95;integer&#95;from&#95;small(kk&#95;bits&#95;popcount32(#1))"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int32&#95;bits&#95;popcount"</span></span>
 
-<span class="comment">// Is the number of 1-bits even?
+<span class="comment">// Is the &#96;popcount&#96; even?
 </span><span class="decl-extern" id="parity"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#parity">parity<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>parity: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;parity32(#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int32&#95;parity"</span></span>
 
 <span class="comment">// Reverse the bytes in an &#96;:int32&#96;.
-</span><span class="decl-extern" id="byteswap"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#byteswap">byteswap<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>byteswap: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="byte_reverse"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#byte_reverse">byte-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>byte<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;bswap32(#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int32&#95;bswap"</span></span>
 
 <span class="comment">// Reverse the bits in an &#96;:int32&#96;.
-</span><span class="decl-extern" id="breverse"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#breverse">breverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>breverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="bit_reverse"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bit_reverse">bit-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;reverse32(#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int32&#95;breverse"</span></span>
 
@@ -358,7 +358,7 @@
 // Here is how to decode a 4-byte utf-8 encoded character &#96;i&#96;:
 //
 // &#96;bgather(i,0x3F3F3F3F.int32)&#96;
-</span><span class="decl-extern" id="bgather"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bgather">bgather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bgather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="bit_gather"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bit_gather">bit-gather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>gather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;gather32(#1,#2)"</span></span>
 
 <span class="comment">// Bit scatter (also known as &#95;pdep&#95; or parallel bit deposit).
@@ -366,24 +366,49 @@
 // contiguous lower bits of &#96;i&#96;. Any bits not set according to the mask are set to zero.
 //
 // &#96;bscatter(0x1234.int32, 0x0F0F.int32).show-hex == "0x304"&#96;
-</span><span class="decl-extern" id="bscatter"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bscatter">bscatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bscatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="bit_scatter"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bit_scatter">bit-scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;scatter32(#1,#2)"</span></span>
 
 <span class="comment">// Interleave the hi 16-bits with the lo 16-bits of the argument &#96;i&#96; such
-// that the hi bits are spread over the even bits and the lo bits over the odd bits of the result.
-</span><span class="decl-extern" id="interleave"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#interleave">interleave<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>interleave: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
-  c inline <span class="st">"kk&#95;bits&#95;interleave32(#1)"</span></span>
+// that the hi bits are spread over the odd bits and the lo bits over the even bits
+// of the result (starting at bit 0). &#96;bit-zip(x.and(0xFFFF)) == bit-scatter(x,0x5555&#95;5555.int32)&#96;
+</span><span class="decl-extern" id="bit_zip"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bit_zip">bit-zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+  c inline <span class="st">"kk&#95;bits&#95;zip32(#1)"</span></span>
 
-<span class="comment">// De-interleave the bits in &#96;i&#96; such that the even bits are gathered in the
-// hi 16-bits of the result, and the odd bits in the lo 16-bits of the result.
-</span><span class="decl-extern" id="deinterleave"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#deinterleave">deinterleave<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>deinterleave: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
-  c inline <span class="st">"kk&#95;bits&#95;deinterleave32(#1)"</span></span>
+<span class="comment">// De-interleave the bits in &#96;i&#96; such that the odd bits are gathered in the
+// hi 16-bits of the result, and the even bits (starting at bit 0)
+// end up in the lo 16-bits of the result. &#96;bit-unzip(x).and(0xFFFF) == bit-gather(x,0x5555&#95;5555.int32)&#96;
+</span><span class="decl-extern" id="bit_unzip"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#bit_unzip">bit-unzip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>unzip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+  c inline <span class="st">"kk&#95;bits&#95;unzip32(#1)"</span></span>
 
 <span class="comment">// Or-combine: for every byte &#96;b&#96; in the argument &#96;i&#96;, the corresponding
 // byte in the result becomes 0 if &#96;b==0&#96;, and &#96;0xFF&#96; otherwise.
 </span><span class="decl-extern" id="orc"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#orc">orc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>orc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;orc32(#1)"</span></span>
 
+<span class="comment">// Carry-less multiplication (or &#95;xor&#95; multiplication).
+// See also &lt;https://en.wikipedia.org/wiki/Carry-less&#95;product&gt;
+// Interesting cases:
+// - &#96;clmul(x,x)&#96; : &#95;bit spread&#95;, where a zero bit is put in between each input bit.
+//   &#96;clmul(x,x) == bit-scatter(x,0x5555&#95;5555.int32) == bit-zip(and(x,0xFFFF))&#96;
+// - &#96;clmul(x,-1.int32)&#96;: &#95;prefix xor&#95;, where each bit is the parity of the corresponding input bit
+//    and all input bits before it (the &#95;xor sum&#95;).
+//    &#96;clmul(x,-1.int32).shr(31).bool == x.parity&#96;
+</span><span class="decl-extern" id="clmul"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+  c inline <span class="st">"(int32&#95;t)kk&#95;clmul32((uint32&#95;t)#1,(uint32&#95;t)#2)"</span></span>
+
+<span class="comment">// Wide carry-less multiplication (or &#95;xor&#95; multiplication) to &#96;(hi,lo)&#96;.
+// where &#96;(hi,lo).int == hi.int &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
+// See also &lt;https://en.wikipedia.org/wiki/Carry-less&#95;product&gt;
+</span><span class="decl-fun" id="clmul__wide"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#clmul__wide">clmul&#95;wide<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul&#95;wide: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  c <span class="st">"kk&#95;clmul32x&#95;wide"</span></span>
+
+<span class="comment">// Reverse carry-less multiplication.
+// Defined as &#96;clmulr(x,y) == clmul(x.bit-reverse,y.bitreverse).bitreverse&#96;
+// Also &#96;clmulr(x,x) == zip(x.and(0xFFFF0000.int32)&#96;, and
+// &#96;zip(x) == clmul(x,x) | clmulr(x,x)&#96;.
+</span><span class="decl-extern" id="clmulr"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
+  c inline <span class="st">"(int32&#95;t)kk&#95;clmulr32((uint32&#95;t)#1,(uint32&#95;t)#2)"</span></span>
 
 <span class="comment">// Return the minimum of two integers
 </span><span class="decl-fun" id="min"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#min">min<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>min: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
@@ -395,24 +420,24 @@
 
 
 <span class="comment">// Full 32x32 bit unsigned multiply to &#96;(hi,lo)&#96;.
-// where &#96;(hi,lo).uint == hi.uint &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
+// where &#96;umul(x,y).uint == x.uint &#42; y.uint&#96;
 </span><span class="decl-fun" id="umul"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#umul">umul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>umul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  c <span class="st">"kk&#95;wide&#95;umul32x"</span>
+  c <span class="st">"kk&#95;umul32x&#95;wide"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int32&#95;umul"</span></span>
 
 <span class="comment">// Full 32x32 bit signed multiply to &#96;(hi,lo)&#96;.
-// where &#96;(hi,lo).int == hi.int &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
+// where &#96;imul(x,y).int == x.int &#42; y.int&#96;
 </span><span class="decl-fun" id="imul"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#imul">imul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>imul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  c <span class="st">"kk&#95;wide&#95;imul32x"</span>
+  c <span class="st">"kk&#95;imul32x&#95;wide"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int32&#95;imul"</span></span>
 
-<span class="comment">// Convert a pair &#96;(lo,hi)&#96; to a signed integer,
-// where &#96;(lo,hi).int == hi.int &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
+<span class="comment">// Convert a pair &#96;(hi,lo)&#96; to a signed integer,
+// where &#96;(hi,lo).int == hi.int &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
 </span><span class="decl-fun" id="hilo_fs_int"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#hilo_fs_int">hilo/int<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">hilo<span class="fslash">/</span></span>int: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">hi<span class="pc">hi: <span class="tp">int32</span></span></a>,<a class="pp">lo<span class="pc">lo: <span class="tp">int32</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp">hi<span class="pc">hi: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">0x1&#95;0000&#95;0000<span class="pc">literal: <span class="tp">int</span><br>dec  = 4294967296<br>hex64= 0x0000000100000000<br>bit64= 0b0000000000000000000000000000000100000000000000000000000000000000</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">lo<span class="pc">lo: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#uint">uint<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>uint: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a></span>
 
-<span class="comment">// Convert a pair &#96;(lo,hi)&#96; to an unsigned integer,
-// where &#96;(lo,hi).uint == hi.uint &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
+<span class="comment">// Convert a pair &#96;(hi,lo)&#96; to an unsigned integer,
+// where &#96;(hi,lo).uint == hi.uint &#42; 0x1&#95;0000&#95;0000 + lo.uint&#96;
 </span><span class="decl-fun" id="hilo_fs_uint"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#hilo_fs_uint">hilo/uint<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">hilo<span class="fslash">/</span></span>uint: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">hi<span class="pc">hi: <span class="tp">int32</span></span></a>,<a class="pp">lo<span class="pc">lo: <span class="tp">int32</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp">hi<span class="pc">hi: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#uint">uint<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>uint: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_star_">&#42;<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int</span><span class="tp sp">,</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">0x1&#95;0000&#95;0000<span class="pc">literal: <span class="tp">int</span><br>dec  = 4294967296<br>hex64= 0x0000000100000000<br>bit64= 0b0000000000000000000000000000000100000000000000000000000000000000</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> <a class="pp">lo<span class="pc">lo: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#uint">uint<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>uint: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a></span>
 
@@ -514,55 +539,55 @@
 
 
 <span class="comment">// Fold over the range &#96;[start,end]&#96; (including &#96;end&#96;).
-</span><span class="decl-fun" id="range_fs_fold_int32"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_fold_int32">range/fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1373</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1373</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1374</span> <span class="op">$</span><span class="number">1373</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1423</span> <span class="number">1422</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> (<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1374</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>) <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1373</span></span></a> <span class="kw">else</span>
-    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1373</span></span></a> <span class="kw">=</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1373</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1374</span> <span class="op">$</span><span class="number">1373</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1373</span></span></a>)
-    <a class="pp" href="#range_fs_fold_int32">range/fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1373</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1373</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1374</span> <span class="op">$</span><span class="number">1373</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1374</span> <span class="op">$</span><span class="number">1373</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1374</span> int32</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1374</span> int32</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1373</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1373</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1374</span> <span class="op">$</span><span class="number">1373</span></span></a></span>)
+</span><span class="decl-fun" id="range_fs_fold_int32"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_fold_int32">range/fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1889</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1889</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1890</span> <span class="op">$</span><span class="number">1889</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1939</span> <span class="number">1938</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> (<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1890</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>) <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1889</span></span></a> <span class="kw">else</span>
+    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1889</span></span></a> <span class="kw">=</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1889</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1890</span> <span class="op">$</span><span class="number">1889</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1889</span></span></a>)
+    <a class="pp" href="#range_fs_fold_int32">range/fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1889</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1889</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1890</span> <span class="op">$</span><span class="number">1889</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1890</span> <span class="op">$</span><span class="number">1889</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1890</span> int32</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1890</span> int32</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1889</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1889</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1890</span> <span class="op">$</span><span class="number">1889</span></span></a></span>)
 
 <span class="comment">// Fold over the 32-bit integers &#96;0&#96; to &#96;n-1&#96;.
-</span><span class="decl-fun" id="fold_int32"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#fold_int32">fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>fold<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1350</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1350</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1351</span> <span class="op">$</span><span class="number">1350</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1372</span> <span class="number">1371</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_fold_int32">range/fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1350</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1350</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1351</span> <span class="op">$</span><span class="number">1350</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1351</span> <span class="op">$</span><span class="number">1350</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1351</span> int32</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1350</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1350</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1351</span> <span class="op">$</span><span class="number">1350</span></span></a></span>)
+</span><span class="decl-fun" id="fold_int32"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#fold_int32">fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>fold<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1866</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1866</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1867</span> <span class="op">$</span><span class="number">1866</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1888</span> <span class="number">1887</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_fold_int32">range/fold-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1866</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1866</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1867</span> <span class="op">$</span><span class="number">1866</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1867</span> <span class="op">$</span><span class="number">1866</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1867</span> int32</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1866</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1866</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1867</span> <span class="op">$</span><span class="number">1866</span></span></a></span>)
 
 
 <span class="comment">// Iterate over the range &#96;[start,end]&#96; (including &#96;end&#96;).
-</span><span class="decl-fun" id="range_fs_fold_while_int32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_fold_while_int32">range/fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1463</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1463</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1464</span> maybe<span class="op">&lt;$</span><span class="number">1463</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1520</span> <span class="number">1519</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> (<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1464</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>) <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1463</span></span></a> <span class="kw">else</span>
-    <span class="kw">match</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1463</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1464</span> maybe<span class="op">&lt;$</span><span class="number">1463</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1463</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1463</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#range_fs_fold_while_int32">range/fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1463</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1463</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1464</span> maybe<span class="op">&lt;$</span><span class="number">1463</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1464</span> <span class="op">$</span><span class="number">1463</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1464</span> int32</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1464</span> int32</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1463</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1463</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1464</span> maybe<span class="op">&lt;$</span><span class="number">1463</span><span class="op">&gt;</span></span></a>)
-      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1463</span></span></a></span>
+</span><span class="decl-fun" id="range_fs_fold_while_int32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_fold_while_int32">range/fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1979</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1979</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1980</span> maybe<span class="op">&lt;$</span><span class="number">1979</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2036</span> <span class="number">2035</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> (<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1980</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>) <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1979</span></span></a> <span class="kw">else</span>
+    <span class="kw">match</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1979</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1980</span> maybe<span class="op">&lt;$</span><span class="number">1979</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1979</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1979</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#range_fs_fold_while_int32">range/fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1979</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1979</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1980</span> maybe<span class="op">&lt;$</span><span class="number">1979</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1980</span> <span class="op">$</span><span class="number">1979</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1980</span> int32</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1980</span> int32</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1979</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1979</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1980</span> maybe<span class="op">&lt;$</span><span class="number">1979</span><span class="op">&gt;</span></span></a>)
+      <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1979</span></span></a></span>
 
 <span class="comment">// Iterate over the 32-bit integers &#96;0&#96; to &#96;n-1&#96;.
-</span><span class="decl-fun" id="fold_while_int32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#fold_while_int32">fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1440</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1440</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1441</span> maybe<span class="op">&lt;$</span><span class="number">1440</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1462</span> <span class="number">1461</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_fold_while_int32">range/fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1440</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1440</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1441</span> maybe<span class="op">&lt;$</span><span class="number">1440</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1441</span> <span class="op">$</span><span class="number">1440</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1441</span> int32</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1440</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1440</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1441</span> maybe<span class="op">&lt;$</span><span class="number">1440</span><span class="op">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="fold_while_int32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#fold_while_int32">fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1956</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1956</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1957</span> maybe<span class="op">&lt;$</span><span class="number">1956</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1978</span> <span class="number">1977</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_fold_while_int32">range/fold-while-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1956</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1956</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1957</span> maybe<span class="op">&lt;$</span><span class="number">1956</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1957</span> <span class="op">$</span><span class="number">1956</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>, <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1957</span> int32</span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1956</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1956</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1957</span> maybe<span class="op">&lt;$</span><span class="number">1956</span><span class="op">&gt;</span></span></a></span>)
 
 
 <span class="comment">// Executes &#96;action&#96;  for each integer between &#96;start&#96;  upto &#96;end&#96;  (including both &#96;start&#96;  and &#96;end&#96; ).
 // If &#96;start &gt; end&#96;  the function returns without any call to &#96;action&#96; .
-</span><span class="decl-fun" id="range_fs_for32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_for32">range/for32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1673</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> ()</span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> ()</span></a>
-    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="kw">then</span>
-      <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a>)
-      <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> ()</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> int32</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> int32</span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1634</span> ()</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a></span>)
+</span><span class="decl-fun" id="range_fs_for32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_for32">range/for32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2092</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> ()</span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> ()</span></a>
+    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="kw">then</span>
+      <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> ()</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a>)
+      <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> ()</span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> int32</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> int32</span></a>)</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2053</span> ()</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a></span>)
 
-<span class="decl-fun" id="for32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#for32">for32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>for32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1677</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1691</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_for32">range/for32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1677</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">1677</span> ()</span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1677</span> int32</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1677</span> ()</span></a></span>)
+<span class="decl-fun" id="for32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#for32">for32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>for32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2096</span> ()</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2110</span> ()</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_for32">range/for32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2096</span> ()) <span class="kw op">-></span> <span class="op">$</span><span class="number">2096</span> ()</span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2096</span> int32</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2096</span> ()</span></a></span>)
 
 
 <span class="comment">// Executes &#96;action&#96;  for each integer between &#96;start&#96;  upto &#96;end&#96;  (including both &#96;start&#96;  and &#96;end&#96; ).
 // If &#96;start &gt; end&#96;  the function returns without any call to &#96;action&#96; .
 // If &#96;action&#96; returns &#96;Just&#96;, the iteration is stopped and the result returned
-</span><span class="decl-fun" id="range_fs_for_while32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_for_while32">range/for-while32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> maybe<span class="op">&lt;$</span><span class="number">1537</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1595</span> maybe<span class="op">&lt;</span><span class="number">1594</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> maybe<span class="op">&lt;$</span><span class="number">1537</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> maybe<span class="op">&lt;$</span><span class="number">1537</span><span class="op">&gt;</span></span></a>
-    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="kw">then</span>
-      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> maybe<span class="op">&lt;$</span><span class="number">1537</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> maybe<span class="op">&lt;$</span><span class="number">1537</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> int32</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> int32</span></a>))
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1537</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1537</span></span></a>)
+</span><span class="decl-fun" id="range_fs_for_while32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#range_fs_for_while32">range/for-while32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> maybe<span class="op">&lt;$</span><span class="number">2116</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2174</span> maybe<span class="op">&lt;</span><span class="number">2173</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> maybe<span class="op">&lt;$</span><span class="number">2116</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> maybe<span class="op">&lt;$</span><span class="number">2116</span><span class="op">&gt;</span></span></a>
+    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int32</span></span></a> <span class="kw">then</span>
+      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> maybe<span class="op">&lt;$</span><span class="number">2116</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> maybe<span class="op">&lt;$</span><span class="number">2116</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> int32</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> int32</span></a>))
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2116</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2116</span></span></a>)
     <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1538</span> maybe<span class="op">&lt;$</span><span class="number">1537</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a></span>)
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2117</span> maybe<span class="op">&lt;$</span><span class="number">2116</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int32</span></span></a></span>)
 
-<span class="decl-fun" id="for_while32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#for_while32">for-while32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>for<span class="dash">-</span>while32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1603</span> maybe<span class="op">&lt;$</span><span class="number">1602</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1623</span> maybe<span class="op">&lt;</span><span class="number">1622</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#range_fs_for_while32">range/for-while32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1603</span> maybe<span class="op">&lt;$</span><span class="number">1602</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1603</span> maybe<span class="op">&lt;$</span><span class="number">1602</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1603</span> int32</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1603</span> maybe<span class="op">&lt;$</span><span class="number">1602</span><span class="op">&gt;</span></span></a></span>)
+<span class="decl-fun" id="for_while32"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32.html#for_while32">for-while32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>for<span class="dash">-</span>while32: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2182</span> maybe<span class="op">&lt;$</span><span class="number">2181</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2202</span> maybe<span class="op">&lt;</span><span class="number">2201</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#range_fs_for_while32">range/for-while32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while32: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2182</span> maybe<span class="op">&lt;$</span><span class="number">2181</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2182</span> maybe<span class="op">&lt;$</span><span class="number">2181</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int32</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2182</span> int32</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2182</span> maybe<span class="op">&lt;$</span><span class="number">2181</span><span class="op">&gt;</span></span></a></span>)
 
 
 <span class="comment">// Create a list with 32-bit integer elements from &#96;lo&#96; to &#96;hi&#96; (including &#96;hi&#96;).
diff --git a/doc/std_num_int32.html b/doc/std_num_int32.html
index 05bd053d1..c4e151706 100644
--- a/doc/std_num_int32.html
+++ b/doc/std_num_int32.html
@@ -16,7 +16,7 @@
 
 <body class="koka doc body madoko">
 <h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_num_int32-source.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
-<div class="toc code"><ul class="toc"><li><a class="link" href="#bool_fs_int32"><span class="kw">fun</span>&nbsp;<span class="lq">bool<span class="fslash">/</span></span>int32</a></li><li><a class="link" href="#hilo_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#hilo_fs_int32"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int32</a></li><li><a class="link" href="#hilo_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#range_fs_fold_int32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32</a></li><li><a class="link" href="#range_fs_fold_while_int32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32</a></li><li><a class="link" href="#range_fs_for_while32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while32</a></li><li><a class="link" href="#range_fs_for32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>for32</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#abs0"><span class="kw">fun</span>&nbsp;abs0</a></li><li><a class="link" href="#and"><span class="kw">fun</span>&nbsp;and</a></li><li><a class="link" href="#bgather"><span class="kw">fun</span>&nbsp;bgather</a></li><li><a class="link" href="#bits_int32"><span class="kw">val</span>&nbsp;bits<span class="dash">-</span>int32</a></li><li><a class="link" href="#bool"><span class="kw">fun</span>&nbsp;bool</a></li><li><a class="link" href="#breverse"><span class="kw">fun</span>&nbsp;breverse</a></li><li><a class="link" href="#bscatter"><span class="kw">fun</span>&nbsp;bscatter</a></li><li><a class="link" href="#byteswap"><span class="kw">fun</span>&nbsp;byteswap</a></li><li><a class="link" href="#cdiv"><span class="kw">fun</span>&nbsp;cdiv</a></li></ul><ul class="toc"><li><a class="link" href="#clrsb"><span class="kw">fun</span>&nbsp;clrsb</a></li><li><a class="link" href="#clz"><span class="kw">fun</span>&nbsp;clz</a></li><li><a class="link" href="#cmod"><span class="kw">fun</span>&nbsp;cmod</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#ctz"><span class="kw">fun</span>&nbsp;ctz</a></li><li><a class="link" href="#dec"><span class="kw">fun</span>&nbsp;dec</a></li><li><a class="link" href="#deinterleave"><span class="kw">fun</span>&nbsp;deinterleave</a></li><li><a class="link" href="#divmod"><span class="kw">fun</span>&nbsp;divmod</a></li><li><a class="link" href="#float64"><span class="kw">fun</span>&nbsp;float64</a></li><li><a class="link" href="#fold_int32"><span class="kw">fun</span>&nbsp;fold<span class="dash">-</span>int32</a></li><li><a class="link" href="#fold_while_int32"><span class="kw">fun</span>&nbsp;fold<span class="dash">-</span>while<span class="dash">-</span>int32</a></li><li><a class="link" href="#for_while32"><span class="kw">fun</span>&nbsp;for<span class="dash">-</span>while32</a></li><li><a class="link" href="#for32"><span class="kw">fun</span>&nbsp;for32</a></li><li><a class="link" href="#hi"><span class="kw">fun</span>&nbsp;hi</a></li><li><a class="link" href="#i32"><span class="kw">fun</span>&nbsp;i32</a></li><li><a class="link" href="#imul"><span class="kw">fun</span>&nbsp;imul</a></li><li><a class="link" href="#inc"><span class="kw">fun</span>&nbsp;inc</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#int32"><span class="kw">fun</span>&nbsp;int32</a></li><li><a class="link" href="#interleave"><span class="kw">fun</span>&nbsp;interleave</a></li><li><a class="link" href="#is_even"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>even</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_odd"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>odd</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#list32"><span class="kw">fun</span>&nbsp;list32</a></li><li><a class="link" href="#lo"><span class="kw">fun</span>&nbsp;lo</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li><li><a class="link" href="#max_int32"><span class="kw">val</span>&nbsp;max<span class="dash">-</span>int32</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#min_int32"><span class="kw">val</span>&nbsp;min<span class="dash">-</span>int32</a></li></ul><ul class="toc"><li><a class="link" href="#negate"><span class="kw">fun</span>&nbsp;negate</a></li><li><a class="link" href="#not"><span class="kw">fun</span>&nbsp;not</a></li><li><a class="link" href="#one"><span class="kw">val</span>&nbsp;one</a></li><li><a class="link" href="#or"><span class="kw">fun</span>&nbsp;or</a></li><li><a class="link" href="#orc"><span class="kw">fun</span>&nbsp;orc</a></li><li><a class="link" href="#parity"><span class="kw">fun</span>&nbsp;parity</a></li><li><a class="link" href="#popcount"><span class="kw">fun</span>&nbsp;popcount</a></li><li><a class="link" href="#rotl"><span class="kw">fun</span>&nbsp;rotl</a></li><li><a class="link" href="#rotr"><span class="kw">fun</span>&nbsp;rotr</a></li><li><a class="link" href="#sar"><span class="kw">fun</span>&nbsp;sar</a></li><li><a class="link" href="#shl"><span class="kw">fun</span>&nbsp;shl</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#show_hex"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex</a></li><li><a class="link" href="#show_hex32"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex32</a></li><li><a class="link" href="#shr"><span class="kw">fun</span>&nbsp;shr</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#sum32"><span class="kw">fun</span>&nbsp;sum32</a></li><li><a class="link" href="#uint"><span class="kw">fun</span>&nbsp;uint</a></li><li><a class="link" href="#uint32"><span class="kw">fun</span>&nbsp;uint32</a></li><li><a class="link" href="#umul"><span class="kw">fun</span>&nbsp;umul</a></li><li><a class="link" href="#unsafe_cdiv"><span class="kw">fun</span>&nbsp;unsafe<span class="dash">-</span>cdiv</a></li><li><a class="link" href="#unsafe_cmod"><span class="kw">fun</span>&nbsp;unsafe<span class="dash">-</span>cmod</a></li><li><a class="link" href="#xor"><span class="kw">fun</span>&nbsp;xor</a></li><li><a class="link" href="#zero"><span class="kw">val</span>&nbsp;zero</a></li></ul></div>
+<div class="toc code"><ul class="toc"><li><a class="link" href="#bool_fs_int32"><span class="kw">fun</span>&nbsp;<span class="lq">bool<span class="fslash">/</span></span>int32</a></li><li><a class="link" href="#hilo_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#hilo_fs_int32"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int32</a></li><li><a class="link" href="#hilo_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#range_fs_fold_int32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32</a></li><li><a class="link" href="#range_fs_fold_while_int32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>while<span class="dash">-</span>int32</a></li><li><a class="link" href="#range_fs_for_while32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while32</a></li><li><a class="link" href="#range_fs_for32"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>for32</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#abs0"><span class="kw">fun</span>&nbsp;abs0</a></li><li><a class="link" href="#and"><span class="kw">fun</span>&nbsp;and</a></li><li><a class="link" href="#bit_gather"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>gather</a></li><li><a class="link" href="#bit_reverse"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>reverse</a></li><li><a class="link" href="#bit_scatter"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>scatter</a></li><li><a class="link" href="#bit_unzip"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>unzip</a></li><li><a class="link" href="#bit_zip"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>zip</a></li><li><a class="link" href="#bits_int32"><span class="kw">val</span>&nbsp;bits<span class="dash">-</span>int32</a></li><li><a class="link" href="#bool"><span class="kw">fun</span>&nbsp;bool</a></li></ul><ul class="toc"><li><a class="link" href="#byte_reverse"><span class="kw">fun</span>&nbsp;byte<span class="dash">-</span>reverse</a></li><li><a class="link" href="#cdiv"><span class="kw">fun</span>&nbsp;cdiv</a></li><li><a class="link" href="#clmul"><span class="kw">fun</span>&nbsp;clmul</a></li><li><a class="link" href="#clmul__wide"><span class="kw">fun</span>&nbsp;clmul&#95;wide</a></li><li><a class="link" href="#clmulr"><span class="kw">fun</span>&nbsp;clmulr</a></li><li><a class="link" href="#clrsb"><span class="kw">fun</span>&nbsp;clrsb</a></li><li><a class="link" href="#clz"><span class="kw">fun</span>&nbsp;clz</a></li><li><a class="link" href="#cmod"><span class="kw">fun</span>&nbsp;cmod</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#ctz"><span class="kw">fun</span>&nbsp;ctz</a></li><li><a class="link" href="#dec"><span class="kw">fun</span>&nbsp;dec</a></li><li><a class="link" href="#divmod"><span class="kw">fun</span>&nbsp;divmod</a></li><li><a class="link" href="#float64"><span class="kw">fun</span>&nbsp;float64</a></li><li><a class="link" href="#fold_int32"><span class="kw">fun</span>&nbsp;fold<span class="dash">-</span>int32</a></li><li><a class="link" href="#fold_while_int32"><span class="kw">fun</span>&nbsp;fold<span class="dash">-</span>while<span class="dash">-</span>int32</a></li><li><a class="link" href="#for_while32"><span class="kw">fun</span>&nbsp;for<span class="dash">-</span>while32</a></li><li><a class="link" href="#for32"><span class="kw">fun</span>&nbsp;for32</a></li><li><a class="link" href="#hi"><span class="kw">fun</span>&nbsp;hi</a></li><li><a class="link" href="#i32"><span class="kw">fun</span>&nbsp;i32</a></li><li><a class="link" href="#imul"><span class="kw">fun</span>&nbsp;imul</a></li><li><a class="link" href="#inc"><span class="kw">fun</span>&nbsp;inc</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#int32"><span class="kw">fun</span>&nbsp;int32</a></li><li><a class="link" href="#is_even"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>even</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_odd"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>odd</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#list32"><span class="kw">fun</span>&nbsp;list32</a></li><li><a class="link" href="#lo"><span class="kw">fun</span>&nbsp;lo</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li></ul><ul class="toc"><li><a class="link" href="#max_int32"><span class="kw">val</span>&nbsp;max<span class="dash">-</span>int32</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#min_int32"><span class="kw">val</span>&nbsp;min<span class="dash">-</span>int32</a></li><li><a class="link" href="#negate"><span class="kw">fun</span>&nbsp;negate</a></li><li><a class="link" href="#not"><span class="kw">fun</span>&nbsp;not</a></li><li><a class="link" href="#one"><span class="kw">val</span>&nbsp;one</a></li><li><a class="link" href="#or"><span class="kw">fun</span>&nbsp;or</a></li><li><a class="link" href="#orc"><span class="kw">fun</span>&nbsp;orc</a></li><li><a class="link" href="#parity"><span class="kw">fun</span>&nbsp;parity</a></li><li><a class="link" href="#popcount"><span class="kw">fun</span>&nbsp;popcount</a></li><li><a class="link" href="#rotl"><span class="kw">fun</span>&nbsp;rotl</a></li><li><a class="link" href="#rotr"><span class="kw">fun</span>&nbsp;rotr</a></li><li><a class="link" href="#sar"><span class="kw">fun</span>&nbsp;sar</a></li><li><a class="link" href="#shl"><span class="kw">fun</span>&nbsp;shl</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#show_hex"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex</a></li><li><a class="link" href="#show_hex32"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex32</a></li><li><a class="link" href="#shr"><span class="kw">fun</span>&nbsp;shr</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#sum32"><span class="kw">fun</span>&nbsp;sum32</a></li><li><a class="link" href="#uint"><span class="kw">fun</span>&nbsp;uint</a></li><li><a class="link" href="#uint32"><span class="kw">fun</span>&nbsp;uint32</a></li><li><a class="link" href="#umul"><span class="kw">fun</span>&nbsp;umul</a></li><li><a class="link" href="#unsafe_cdiv"><span class="kw">fun</span>&nbsp;unsafe<span class="dash">-</span>cdiv</a></li><li><a class="link" href="#unsafe_cmod"><span class="kw">fun</span>&nbsp;unsafe<span class="dash">-</span>cmod</a></li><li><a class="link" href="#xor"><span class="kw">fun</span>&nbsp;xor</a></li><li><a class="link" href="#zero"><span class="kw">val</span>&nbsp;zero</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">32-bit signed integers.</h1>
 
@@ -31,8 +31,8 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 </p></div></div>
 <div class="decl" id="hilo_fs_int"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#hilo_fs_int"><span class="lq">hilo<span class="fslash">/</span></span>int</a></span>( <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a pair <code class="koka">(<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code> to a signed integer,
-where <code class="koka">(<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>int <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>int <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>.
+<p class="p noindent">Convert a pair <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code> to a signed integer,
+where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>int <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>int <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>.
 </p></div></div>
 <div class="decl" id="hilo_fs_int32"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#hilo_fs_int32"><span class="lq">hilo<span class="fslash">/</span></span>int32</a></span>( <span class="tp tpp">hi</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">lo</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -41,8 +41,8 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 </p></div></div>
 <div class="decl" id="hilo_fs_uint"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#hilo_fs_uint"><span class="lq">hilo<span class="fslash">/</span></span>uint</a></span>( <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Convert a pair <code class="koka">(<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code> to an unsigned integer,
-where <code class="koka">(<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>uint <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>.
+<p class="p noindent">Convert a pair <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code> to an unsigned integer,
+where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>uint <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>.
 </p></div></div>
 <div class="decl" id="range_fs_fold_int32"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#range_fs_fold_int32"><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int32</a></span>( <span class="tp tpp">start</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">end</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">init</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp op">^</span><span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div><div class="doc koka comment">
 
@@ -113,7 +113,7 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 Of course <code class="koka">(<a class="pp" href="#min_int32">min<span class="dash">-</span>int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>min<span class="dash">-</span>int32: <span class="tp">int32</span></span></a> <span class="op">+</span> <span class="number">1</span>) <span class="op"><span class="divide">/</span></span> <span class="number">-1</span></code> is again positive (namely <code class="koka"><a class="pp" href="#max_int32">max<span class="dash">-</span>int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>max<span class="dash">-</span>int32: <span class="tp">int32</span></span></a></code>).
 </p>
 <p class="p indent">See also <em class="em-low1">Division and modulus for computer scientists, Daan Leijen, 2001</em>
-<a href="https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf" class="externalref">pdf</a> .
+<a href="https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf">pdf</a> .
 </p></div></div>
 <div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#_lt_">(&lt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -159,39 +159,51 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 
 <p class="p noindent">Take the bitwise <em class="em-low1">and</em> of two <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code>s.
 </p></div></div>
-<div class="decl" id="bgather"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bgather">bgather</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_gather"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bit_gather">bit<span class="dash">-</span>gather</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Bit gather (also known as <em class="em-low1">pext</em> or parallel bit extract).
 For each 1-bit in mask <code class="koka">m</code>, extract the corresponding bit from <code class="koka">i</code> and write it
 into contiguous lower bits in the result. The remaining bits in the result are zero.
 </p>
-<p class="p indent"><code class="koka"><a class="pp" href="#bgather">bgather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bgather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<span class="number">0x1234</span><span class="kw op">.</span>int32, <span class="number">0x0F0F</span><span class="kw op">.</span>int32)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x24&#34;</span></code>
+<p class="p indent"><code class="koka">bgather(<span class="number">0x1234</span><span class="kw op">.</span>int32, <span class="number">0x0F0F</span><span class="kw op">.</span>int32)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x24&#34;</span></code>
 </p>
 <p class="p indent">Here is how to decode a 4-byte utf-8 encoded character <code class="koka">i</code>:
 </p>
-<p class="p indent"><code class="koka"><a class="pp" href="#bgather">bgather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bgather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(i,<span class="number">0x3F3F3F3F</span><span class="kw op">.</span>int32)</code>.
-</p></div></div>
-<div class="decl" id="bits_int32"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_int32-source.html#bits_int32">bits<span class="dash">-</span>int32</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">The number of bits in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code> (always 32).
-</p></div></div>
-<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bool">bool</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code> to a boolean.
+<p class="p indent"><code class="koka">bgather(i,<span class="number">0x3F3F3F3F</span><span class="kw op">.</span>int32)</code>.
 </p></div></div>
-<div class="decl" id="breverse"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#breverse">breverse</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_reverse"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bit_reverse">bit<span class="dash">-</span>reverse</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Reverse the bits in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="bscatter"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bscatter">bscatter</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_scatter"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bit_scatter">bit<span class="dash">-</span>scatter</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Bit scatter (also known as <em class="em-low1">pdep</em> or parallel bit deposit).
 For each 1-bit in mask <code class="koka">m</code>, set the corresponding bit in the result from the
 contiguous lower bits of <code class="koka">i</code>. Any bits not set according to the mask are set to zero.
 </p>
-<p class="p indent"><code class="koka"><a class="pp" href="#bscatter">bscatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bscatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<span class="number">0x1234</span><span class="kw op">.</span>int32, <span class="number">0x0F0F</span><span class="kw op">.</span>int32)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x304&#34;</span></code>.
+<p class="p indent"><code class="koka">bscatter(<span class="number">0x1234</span><span class="kw op">.</span>int32, <span class="number">0x0F0F</span><span class="kw op">.</span>int32)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x304&#34;</span></code>.
+</p></div></div>
+<div class="decl" id="bit_unzip"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bit_unzip">bit<span class="dash">-</span>unzip</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">De-interleave the bits in <code class="koka">i</code> such that the odd bits are gathered in the
+hi 16-bits of the result, and the even bits (starting at bit 0)
+end up in the lo 16-bits of the result. <code class="koka"><a class="pp" href="#bit_unzip">bit<span class="dash">-</span>unzip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>unzip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x)<span class="kw op">.</span><a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<span class="number">0xFFFF</span>) <span class="op">==</span> <a class="pp" href="#bit_gather">bit<span class="dash">-</span>gather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>gather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,<span class="number">0x5555_5555</span><span class="kw op">.</span>int32)</code>.
+</p></div></div>
+<div class="decl" id="bit_zip"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bit_zip">bit<span class="dash">-</span>zip</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Interleave the hi 16-bits with the lo 16-bits of the argument <code class="koka">i</code> such
+that the hi bits are spread over the odd bits and the lo bits over the even bits
+of the result (starting at bit 0). <code class="koka"><a class="pp" href="#bit_zip">bit<span class="dash">-</span>zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x<span class="kw op">.</span><a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<span class="number">0xFFFF</span>)) <span class="op">==</span> <a class="pp" href="#bit_scatter">bit<span class="dash">-</span>scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,<span class="number">0x5555_5555</span><span class="kw op">.</span>int32)</code>.
+</p></div></div>
+<div class="decl" id="bits_int32"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_int32-source.html#bits_int32">bits<span class="dash">-</span>int32</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">The number of bits in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code> (always 32).
+</p></div></div>
+<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#bool">bool</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code> to a boolean.
 </p></div></div>
-<div class="decl" id="byteswap"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#byteswap">byteswap</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="byte_reverse"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#byte_reverse">byte<span class="dash">-</span>reverse</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Reverse the bytes in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code>.
 </p></div></div>
@@ -199,6 +211,30 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 
 <p class="p noindent">Truncated division (as in C). See also <code class="koka"><span class="op">(/)</span><span class="tp kw op">:</span><span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code>.
 </p></div></div>
+<div class="decl" id="clmul"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#clmul">clmul</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Carry-less multiplication (or <em class="em-low1">xor</em> multiplication).
+See also <a href="https://en.wikipedia.org/wiki/Carry-less_product" class="texturl monospace">https://&#8203;en.&#8203;wikipedia.&#8203;org/&#8203;wiki/&#8203;Carry-&#8203;less_&#8203;product</a>
+Interesting cases:
+- <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,x)</code> : <em class="em-low1">bit spread</em>, where a zero bit is put in between each input bit.
+  <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,x) <span class="op">==</span> <a class="pp" href="#bit_scatter">bit<span class="dash">-</span>scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,<span class="number">0x5555_5555</span><span class="kw op">.</span>int32) <span class="op">==</span> <a class="pp" href="#bit_zip">bit<span class="dash">-</span>zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,<span class="number">0xFFFF</span>))</code>
+- <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,<span class="number">-1</span><span class="kw op">.</span>int32)</code>: <em class="em-low1">prefix xor</em>, where each bit is the parity of the corresponding input bit
+   and all input bits before it (the <em class="em-low1">xor sum</em>).
+   <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,<span class="number">-1</span><span class="kw op">.</span>int32)<span class="kw op">.</span><a class="pp" href="#shr">shr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>shr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">shift</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<span class="number">31</span>)<span class="kw op">.</span>bool <span class="op">==</span> x<span class="kw op">.</span><a class="pp" href="#parity">parity<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>parity: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a></code>.
+</p></div></div>
+<div class="decl" id="clmul__wide"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#clmul__wide">clmul&#95;wide</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
+
+<p class="p noindent">Wide carry-less multiplication (or <em class="em-low1">xor</em> multiplication) to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code>.
+where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>int <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>int <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>
+See also <a href="https://en.wikipedia.org/wiki/Carry-less_product" class="texturl monospace">https://&#8203;en.&#8203;wikipedia.&#8203;org/&#8203;wiki/&#8203;Carry-&#8203;less_&#8203;product</a>.
+</p></div></div>
+<div class="decl" id="clmulr"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#clmulr">clmulr</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Reverse carry-less multiplication.
+Defined as <code class="koka"><a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,y) <span class="op">==</span> <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x<span class="kw op">.</span><a class="pp" href="#bit_reverse">bit<span class="dash">-</span>reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,y<span class="kw op">.</span>bitreverse)<span class="kw op">.</span>bitreverse</code>
+Also <code class="koka"><a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,x) <span class="op">==</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">b</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&#62;</span></span></a>(x<span class="kw op">.</span><a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(<span class="number">0xFFFF0000</span><span class="kw op">.</span>int32)</code>, and
+<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">b</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&#62;</span></span></a>(x) <span class="op">==</span> <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,x) <span class="kw op">|</span> <a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>(x,x)</code>.
+</p></div></div>
 <div class="decl" id="clrsb"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#clrsb">clrsb</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Count leading redundant sign bits (i.e. the number of bits
@@ -221,11 +257,6 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 
 <p class="p noindent">Decrement a 32-bit integer.
 </p></div></div>
-<div class="decl" id="deinterleave"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#deinterleave">deinterleave</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">De-interleave the bits in <code class="koka">i</code> such that the even bits are gathered in the
-hi 16-bits of the result, and the odd bits in the lo 16-bits of the result.
-</p></div></div>
 <div class="decl" id="divmod"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#divmod">divmod</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span></div></div>
 <div class="decl" id="float64"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#float64">float64</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -253,7 +284,7 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 <div class="decl" id="imul"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#imul">imul</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
 
 <p class="p noindent">Full 32x32 bit signed multiply to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code>.
-where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>int <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>int <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>.
+where <code class="koka"><a class="pp" href="#imul">imul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>imul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span></span></a>(x,y)<span class="kw op">.</span>int <span class="op">==</span> x<span class="kw op">.</span>int <span class="op">&#42;</span> y<span class="kw op">.</span>int</code>.
 </p></div></div>
 <div class="decl" id="inc"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#inc">inc</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -269,11 +300,6 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 value if it is outside the range of an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></code>.
 Needed for control flow contexts in <code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></a></code>.
 </p></div></div>
-<div class="decl" id="interleave"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#interleave">interleave</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">Interleave the hi 16-bits with the lo 16-bits of the argument <code class="koka">i</code> such
-that the hi bits are spread over the even bits and the lo bits over the odd bits of the result.
-</p></div></div>
 <div class="decl" id="is_even"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#is_even">is<span class="dash">-</span>even</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Returns <code class="koka">true</code> if the integer <code class="koka">i</code>  is an even number.
@@ -341,7 +367,7 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 </p></div></div>
 <div class="decl" id="parity"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#parity">parity</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Is the number of 1-bits even?
+<p class="p noindent">Is the <code class="koka"><a class="pp" href="#popcount">popcount<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>popcount: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int</span></span></a></code> even?
 </p></div></div>
 <div class="decl" id="popcount"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#popcount">popcount</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -405,7 +431,7 @@ <h1 class="synopsis">32-bit signed integers.</h1>
 <div class="decl" id="umul"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#umul">umul</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
 
 <p class="p noindent">Full 32x32 bit unsigned multiply to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code>.
-where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)<span class="kw op">.</span>uint <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint <span class="op">&#42;</span> <span class="number">0x1_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a><span class="kw op">.</span>uint</code>.
+where <code class="koka"><a class="pp" href="#umul">umul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>umul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">(</span><span class="tp">int32</span><span class="tp sp">,</span> <span class="tp">int32</span><span class="tp sp">)</span></span></a>(x,y)<span class="kw op">.</span>uint <span class="op">==</span> x<span class="kw op">.</span>uint <span class="op">&#42;</span> y<span class="kw op">.</span>uint</code>.
 </p></div></div>
 <div class="decl" id="unsafe_cdiv"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int32-source.html#unsafe_cdiv">unsafe<span class="dash">-</span>cdiv</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
diff --git a/doc/std_num_int64-source.html b/doc/std_num_int64-source.html
index 9962e797c..dfcbfb394 100644
--- a/doc/std_num_int64-source.html
+++ b/doc/std_num_int64-source.html
@@ -233,8 +233,8 @@
 
 <span class="comment">// Multiply two 64-bit integers.
 </span><span class="decl-extern" id="_star_"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#_star_">(&#42;)<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(&#42;): <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
-  c inline <span class="st">"(int64&#95;t)((uint64&#95;t)#1 &#42; (uint64&#95;t)#2)"</span>;
-  js inline <span class="st">"BigInt.asIntN(64,#1 &#42; #2)"</span></span>
+  c inline <span class="st">"(int64&#95;t)((uint64&#95;t)#1 &#42; (uint64&#95;t)#2)"</span>; <span class="comment">// avoid UB
+</span>  js inline <span class="st">"BigInt.asIntN(64,#1 &#42; #2)"</span></span>
 
 
 <span class="decl-fun" id="cmp"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#cmp">cmp<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>cmp: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">order</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">order</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_order"><span class="tp">order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>order: <span class="co">V</span></span></a>
@@ -359,18 +359,18 @@
 </span><span class="decl-fun" id="popcount"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#popcount">popcount<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>popcount: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>
   <a class="pp" href="#popcount64">popcount64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>popcount64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#int">int<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a></span>
 
-<span class="comment">// Is the number of 1-bits even?
+<span class="comment">// Is the &#96;popcount&#96; even?
 </span><span class="decl-extern" id="parity"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#parity">parity<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>parity: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;parity64(#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int64&#95;parity"</span></span>
 
 <span class="comment">// Reverse the bytes in an &#96;:int64&#96;.
-</span><span class="decl-extern" id="byteswap"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#byteswap">byteswap<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>byteswap: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="byte_reverse"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#byte_reverse">byte-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>byte<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;bswap64(#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int64&#95;bswap"</span></span>
 
 <span class="comment">// Reverse the bits in an &#96;:int64&#96;.
-</span><span class="decl-extern" id="breverse"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#breverse">breverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>breverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+</span><span class="decl-extern" id="bit_reverse"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bit_reverse">bit-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;reverse64(#1)"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int64&#95;breverse"</span></span>
 
@@ -378,33 +378,62 @@
 // For each 1-bit in mask &#96;m&#96;, extract the corresponding bit from &#96;i&#96; and write it
 // into contiguous lower bits in the result. The remaining bits in the result are zero.
 //
-// &#96;bgather(0x1234.int64, 0x0F0F.int64).show-hex == "0x24"&#96;
-</span><span class="decl-extern" id="bgather"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bgather">bgather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bgather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+// &#96;bit-gather(0x1234.int64, 0x0F0F.int64).show-hex == "0x24"&#96;
+</span><span class="decl-extern" id="bit_gather"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bit_gather">bit-gather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>gather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;gather64(#1,#2)"</span></span>
 
 <span class="comment">// Bit scatter (also known as &#95;pdep&#95; or parallel bit deposit).
 // For each 1-bit in mask &#96;m&#96;, set the corresponding bit in the result from the
 // contiguous lower bits of &#96;i&#96;. Any bits not set according to the mask are set to zero.
 //
-// &#96;bscatter(0x1234.int64, 0x0F0F.int64).show-hex == "0x304"&#96;
-</span><span class="decl-extern" id="bscatter"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bscatter">bscatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bscatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+// &#96;bit-scatter(0x1234.int64, 0x0F0F.int64).show-hex == "0x304"&#96;
+</span><span class="decl-extern" id="bit_scatter"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bit_scatter">bit-scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, m <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;scatter64(#1,#2)"</span></span>
 
 <span class="comment">// Interleave the hi 32-bits with the lo 32-bits of the argument &#96;i&#96; such
-// that the hi bits are spread over the even bits and the lo bits over the odd bits of the result.
-</span><span class="decl-extern" id="interleave"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#interleave">interleave<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>interleave: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
-  c inline <span class="st">"kk&#95;bits&#95;interleave64(#1)"</span></span>
-
-<span class="comment">// De-interleave the bits in &#96;i&#96; such that the even bits are gathered in the
-// hi 64-bits of the result, and the odd bits in the lo 64-bits of the result.
-</span><span class="decl-extern" id="deinterleave"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#deinterleave">deinterleave<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>deinterleave: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
-  c inline <span class="st">"kk&#95;bits&#95;deinterleave64(#1)"</span></span>
+// that the hi bits are spread over the odd bits and the lo bits over the even bits
+// of the result (starting at bit 0).
+// &#96;bit-zip(x.and(0xFFFF&#95;FFFF.int64)) == bit-scatter(x,0x5555&#95;5555&#95;5555&#95;5555.int64)&#96;
+</span><span class="decl-extern" id="bit_zip"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bit_zip">bit-zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+  c inline <span class="st">"kk&#95;bits&#95;zip64(#1)"</span></span>
+
+<span class="comment">// De-interleave the bits in &#96;i&#96; such that the odd bits are gathered in the
+// hi 32-bits of the result, and the even bits (starting at bit 0)
+// end up in the lo 32-bits of the result.
+// &#96;bit-unzip(x).and(0xFFFF&#95;FFFF.int64) == bit-gather(x,0x5555&#95;5555&#95;5555&#95;5555.int64)&#96;
+</span><span class="decl-extern" id="bit_unzip"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#bit_unzip">bit-unzip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>unzip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+  c inline <span class="st">"kk&#95;bits&#95;unzip64(#1)"</span></span>
 
 <span class="comment">// Or-combine: for every byte &#96;b&#96; in the argument &#96;i&#96;, the corresponding
 // byte in the result becomes 0 if &#96;b==0&#96;, and &#96;0xFF&#96; otherwise.
 </span><span class="decl-extern" id="orc"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#orc">orc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>orc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( i <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
   c inline <span class="st">"kk&#95;bits&#95;orc64(#1)"</span></span>
 
+<span class="comment">// Carry-less multiplication (or &#95;xor&#95; multiplication).
+// See also &lt;https://en.wikipedia.org/wiki/Carry-less&#95;product&gt;
+// Interesting cases:
+// - &#96;clmul(x,x)&#96; : &#95;bit spread&#95;, where a zero bit is put in between each input bit.
+//   &#96;clmul(x,x) == bit-scatter(x,0x5555&#95;5555&#95;5555&#95;5555.int64) == bit-zip(and(x,0xFFFF&#95;FFFF.int64))&#96;
+// - &#96;clmul(x,-1.int32)&#96;: &#95;prefix xor&#95;, where each bit is the parity of the corresponding input bit
+//    and all input bits before it (the &#95;xor sum&#95;).
+//    &#96;clmul(x,-1.int64).shr(63).bool == x.parity&#96;
+</span><span class="decl-extern" id="clmul"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+  c inline <span class="st">"(int64&#95;t)kk&#95;clmul64((uint64&#95;t)#1,(uint64&#95;t)#2)"</span></span>
+
+<span class="comment">// Wide carry-less multiplication (or &#95;xor&#95; multiplication) to &#96;(hi,lo)&#96;,
+// where &#96;(hi,lo).int == hi.int &#42; 0x1&#95;0000&#95;0000&#95;0000&#95;0000 + lo.uint&#96;.
+// See also &lt;https://en.wikipedia.org/wiki/Carry-less&#95;product&gt;.
+</span><span class="decl-fun" id="clmul_wide"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#clmul_wide">clmul-wide<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul<span class="dash">-</span>wide: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  c <span class="st">"kk&#95;clmul64x&#95;wide"</span></span>
+
+<span class="comment">// Reverse carry-less multiplication.
+// Defined as &#96;clmulr(x,y) == clmul(x.bit-reverse,y.bitreverse).bitreverse&#96;
+// Interesting cases:
+// - &#96;clmulr(x,x) == zip(x.and(0xFFFF&#95;FFFF&#95;0000&#95;0000.int64)&#96;, and
+// - &#96;zip(x) == clmul(x,x) | clmulr(x,x)&#96;.
+</span><span class="decl-extern" id="clmulr"><span class="kw">pub</span> inline fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( x <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, y <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+  c inline <span class="st">"(int64&#95;t)kk&#95;clmulr64((uint64&#95;t)#1,(uint64&#95;t)#2)"</span></span>
+
 
 <span class="comment">// Return the minimum of two integers
 </span><span class="decl-fun" id="min"><span class="kw">pub</span> fip <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#min">min<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>min: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
@@ -415,16 +444,16 @@
   <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <a class="pp" href="#_gt__eq_">&gt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(&gt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <a class="pp">j<span class="pc">j: <span class="tp">int64</span></span></a> <span class="kw">then</span> <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="kw">else</span> </span><a class="pp">j<span class="pc">j: <span class="tp">int64</span></span></a>
 
 
-<span class="comment">// Full 64x64 bit unsigned multiply to &#96;(hi,lo)&#96;.
-// where &#96;(hi,lo).uint == hi.uint &#42; 0x1&#95;0000&#95;0000&#95;0000&#95;0000 + lo.uint&#96;
+<span class="comment">// Full 64x64 to 128-bit unsigned multiply to &#96;(hi,lo)&#96;.
+// where &#96;umul(x,y).uint == x.uint &#42; y.uint&#96;
 </span><span class="decl-fun" id="umul"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#umul">umul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>umul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  c <span class="st">"kk&#95;wide&#95;umul64x"</span>
+  c <span class="st">"kk&#95;umul64x&#95;wide"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int64&#95;umul"</span></span>
 
-<span class="comment">// Full 64x64 bit signed multiply to &#96;(hi,lo)&#96;.
-// where &#96;(hi,lo).int == hi.int &#42; 0x1&#95;0000&#95;0000&#95;0000&#95;0000 + lo.uint&#96;
+<span class="comment">// Full 64x64 to 128-bit signed multiply to &#96;(hi,lo)&#96;.
+// where &#96;imul(x,y).int == x.int &#42; y.int&#96;
 </span><span class="decl-fun" id="imul"><span class="kw">pub</span> fip <span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#imul">imul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>imul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">j<span class="pc">j: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  c <span class="st">"kk&#95;wide&#95;imul64x"</span>
+  c <span class="st">"kk&#95;imul64x&#95;wide"</span>
   js <span class="st">"$std&#95;core&#95;types.&#95;int64&#95;imul"</span></span>
 
 <span class="comment">// Convert a pair &#96;(hi,lo)&#96; to an signed integer,
@@ -484,8 +513,8 @@
 
 &#42; &#96;D/(-d) == -(D/d)&#96;
 &#42; &#96;D%(-d) == D%d&#96;
-&#42; &#96;D/(2^n) == sar(D,n)         &#96;  (with &#96;0 &lt;= n &lt;= 31&#96;)
-&#42; &#96;D%(2^n) == D &amp; ((2^n) - 1)  &#96;  (with &#96;0 &lt;= n &lt;= 31&#96;)
+&#42; &#96;D/(2^n) == sar(D,n)         &#96;  (with &#96;0 &lt;= n &lt;= 63&#96;)
+&#42; &#96;D%(2^n) == D &amp; ((2^n) - 1)  &#96;  (with &#96;0 &lt;= n &lt;= 63&#96;)
 
 Note that an interesting edge case is &#96;min-int64 / -1&#96; which equals &#96;min-int64&#96; since in modulo 64-bit
 arithmetic &#96;min-int64 == -1 &#42; min-int64 == -1 &#42; (min-int64 / -1) + (min-int64 % -1)&#96; satisfying property (1).
@@ -523,29 +552,29 @@
   <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">q<span class="pc">q: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">int64</span></span></a> <a class="pp" href="#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
 
 
-<span class="decl-fun" id="range_fs_fold_int64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#range_fs_fold_int64">range/fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1422</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1422</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1423</span> <span class="op">$</span><span class="number">1422</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1472</span> <span class="number">1471</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1423</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1422</span></span></a> <span class="kw">else</span>
-    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1422</span></span></a> <span class="kw">=</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1422</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1423</span> <span class="op">$</span><span class="number">1422</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1422</span></span></a>)
-    <a class="pp" href="#range_fs_fold_int64">range/fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1422</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1422</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1423</span> <span class="op">$</span><span class="number">1422</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1423</span> <span class="op">$</span><span class="number">1422</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1423</span> int64</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1423</span> int64</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1422</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1422</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1423</span> <span class="op">$</span><span class="number">1422</span></span></a></span>)
+<span class="decl-fun" id="range_fs_fold_int64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#range_fs_fold_int64">range/fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1951</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1951</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1952</span> <span class="op">$</span><span class="number">1951</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2001</span> <span class="number">2000</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a> <a class="pp" href="#_gt_">&gt;<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(&gt;): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1952</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="kw">then</span> <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1951</span></span></a> <span class="kw">else</span>
+    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1951</span></span></a> <span class="kw">=</span> <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1951</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1952</span> <span class="op">$</span><span class="number">1951</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1951</span></span></a>)
+    <a class="pp" href="#range_fs_fold_int64">range/fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1951</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1951</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1952</span> <span class="op">$</span><span class="number">1951</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1952</span> <span class="op">$</span><span class="number">1951</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1952</span> int64</span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1952</span> int64</span></a>), <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1951</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1951</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1952</span> <span class="op">$</span><span class="number">1951</span></span></a></span>)
 
-<span class="decl-fun" id="fold_int64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#fold_int64">fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>fold<span class="dash">-</span>int64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1399</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1399</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1400</span> <span class="op">$</span><span class="number">1399</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1421</span> <span class="number">1420</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#range_fs_fold_int64">range/fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1399</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1399</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1400</span> <span class="op">$</span><span class="number">1399</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1400</span> <span class="op">$</span><span class="number">1399</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zero: <span class="tp">int64</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1400</span> int64</span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1399</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1399</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1400</span> <span class="op">$</span><span class="number">1399</span></span></a></span>)
+<span class="decl-fun" id="fold_int64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#fold_int64">fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>fold<span class="dash">-</span>int64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1928</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1928</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1929</span> <span class="op">$</span><span class="number">1928</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1950</span> <span class="number">1949</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#range_fs_fold_int64">range/fold-int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1928</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1928</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1929</span> <span class="op">$</span><span class="number">1928</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1929</span> <span class="op">$</span><span class="number">1928</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zero: <span class="tp">int64</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1929</span> int64</span></a>,<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">1928</span></span></a>,<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp op">$</span><span class="number">1928</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1929</span> <span class="op">$</span><span class="number">1928</span></span></a></span>)
 
 
 <span class="comment">// Executes &#96;action&#96;  for each integer between &#96;start&#96;  upto &#96;end&#96;  (including both &#96;start&#96;  and &#96;end&#96; ).
 // If &#96;start &gt; end&#96;  the function returns without any call to &#96;action&#96; .
 // If &#96;action&#96; returns &#96;Just&#96;, the iteration is stopped and the result returned
-</span><span class="decl-fun" id="range_fs_for_while64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#range_fs_for_while64">range/for-while64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> maybe<span class="op">&lt;$</span><span class="number">1489</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1547</span> maybe<span class="op">&lt;</span><span class="number">1546</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> maybe<span class="op">&lt;$</span><span class="number">1489</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> maybe<span class="op">&lt;$</span><span class="number">1489</span><span class="op">&gt;</span></span></a>
-    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="kw">then</span>
-      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> maybe<span class="op">&lt;$</span><span class="number">1489</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> maybe<span class="op">&lt;$</span><span class="number">1489</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> int64</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> int64</span></a>))
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1489</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1489</span></span></a>)
+</span><span class="decl-fun" id="range_fs_for_while64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#range_fs_for_while64">range/for-while64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> maybe<span class="op">&lt;$</span><span class="number">2018</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2076</span> maybe<span class="op">&lt;</span><span class="number">2075</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="decl-fun" id="rep"><span class="kw">fun</span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> maybe<span class="op">&lt;$</span><span class="number">2018</span><span class="op">&gt;</span></span></a>( <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> maybe<span class="op">&lt;$</span><span class="number">2018</span><span class="op">&gt;</span></span></a>
+    <span class="kw">if</span> <a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a> <a class="pp" href="#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> bool</span></a> <a class="pp">end<span class="pc">end: <span class="tp">int64</span></span></a> <span class="kw">then</span>
+      <span class="kw">match</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> maybe<span class="op">&lt;$</span><span class="number">2018</span><span class="op">&gt;</span></span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> maybe<span class="op">&lt;$</span><span class="number">2018</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> int64</span></a>(<a class="pp">i<span class="pc">i: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#inc">inc<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>inc: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> int64</span></a>))
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2018</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2018</span></span></a>)
     <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
-  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1490</span> maybe<span class="op">&lt;$</span><span class="number">1489</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a></span>)
+  <a class="pp">rep<span class="pc">rep: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2019</span> maybe<span class="op">&lt;$</span><span class="number">2018</span><span class="op">&gt;</span></span></a>(<a class="pp">start<span class="pc">start: <span class="tp">int64</span></span></a></span>)
 
-<span class="decl-fun" id="for_while64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#for_while64">for-while64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>for<span class="dash">-</span>while64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1555</span> maybe<span class="op">&lt;$</span><span class="number">1554</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1575</span> maybe<span class="op">&lt;</span><span class="number">1574</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#range_fs_for_while64">range/for-while64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while64: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1555</span> maybe<span class="op">&lt;$</span><span class="number">1554</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1555</span> maybe<span class="op">&lt;$</span><span class="number">1554</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zero: <span class="tp">int64</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1555</span> int64</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">1555</span> maybe<span class="op">&lt;$</span><span class="number">1554</span><span class="op">&gt;</span></span></a></span>)
+<span class="decl-fun" id="for_while64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#for_while64">for-while64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>for<span class="dash">-</span>while64: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="op">^</span><a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2084</span> maybe<span class="op">&lt;$</span><span class="number">2083</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2104</span> maybe<span class="op">&lt;</span><span class="number">2103</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#range_fs_for_while64">range/for-while64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span><span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while64: <span class="tp sp">(</span><span class="tp tpp">start</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">end</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2084</span> maybe<span class="op">&lt;$</span><span class="number">2083</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2084</span> maybe<span class="op">&lt;$</span><span class="number">2083</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zero: <span class="tp">int64</span></span></a>,<a class="pp">n<span class="pc">n: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#dec">dec<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>dec: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2084</span> int64</span></a>,<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2084</span> maybe<span class="op">&lt;$</span><span class="number">2083</span><span class="op">&gt;</span></span></a></span>)
 
 
 <span class="decl-fun" id="list64"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#list64">list64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>list64: <span class="tp sp">(</span><span class="tp tpp">lo</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">hi</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int64</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">lo<span class="pc">lo: <span class="tp">int64</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">hi<span class="pc">hi: <span class="tp">int64</span></span></a><span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int64</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
@@ -562,7 +591,40 @@
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int64</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#sumacc64">sumacc64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>sumacc64: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int64</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int64</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">int64</span></span></a><a class="pp" href="#_plus_">+<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>(+): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a><a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">int64</span></span></a></span>
 
-</pre>
+
+<span class="comment">// carry-less multiply by -1 gives the &#95;prefix sum&#95;
+</span><span class="decl-fun" id="test_prefix_sum"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#test_prefix_sum">test-prefix-sum<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>test<span class="dash">-</span>prefix<span class="dash">-</span>sum: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x050F<span class="pc">literal: <span class="tp">int</span><br>dec  = 1295<br>hex16= 0x050F<br>bit16= 0b0000010100001111</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>  <span class="comment">// = 0b0000010100001111
+</span>  <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>, <a class="pp">-1<span class="pc">literal: <span class="tp">int</span><br>dec  = -1<br>hex8 = 0xFF<br>bit8 = 0b11111111</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span> <span class="comment">// = 0x305
+</span>
+
+<span class="comment">// carry-less multiply of x by x spreads the bits
+</span><span class="decl-fun" id="test_bit_spread1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#test_bit_spread1">test-bit-spread1<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>test<span class="dash">-</span>bit<span class="dash">-</span>spread1: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x05FF<span class="pc">literal: <span class="tp">int</span><br>dec  = 1535<br>hex16= 0x05FF<br>bit16= 0b0000010111111111</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>  <span class="comment">// = 0b0000010111111111
+</span>  <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>   <span class="comment">// = 0x115555 = 0b00000000000100010101010101010101
+</span>
+<span class="decl-fun" id="test_bit_spread2"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#test_bit_spread2">test-bit-spread2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>test<span class="dash">-</span>bit<span class="dash">-</span>spread2: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x05FB<span class="pc">literal: <span class="tp">int</span><br>dec  = 1531<br>hex16= 0x05FB<br>bit16= 0b0000010111111011</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>  <span class="comment">// = 0b0000010111111011
+</span>  <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>   <span class="comment">// = 0x115545 = 0b00000000000100010101010101000101
+</span>
+<span class="decl-fun" id="zip_clmul"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#zip_clmul">zip-clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zip<span class="dash">-</span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+  <a class="pp" href="#or">or<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>or: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>),<a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)</span>)
+
+<span class="decl-fun" id="test_clmulr1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#test_clmulr1">test-clmulr1<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>test<span class="dash">-</span>clmulr1: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x33<span class="pc">literal: <span class="tp">int</span><br>dec  = 51<br>hex8 = 0x33<br>bit8 = 0b00110011</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>
+  <a class="pp" href="#bit_zip">bit-zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">" == "<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#zip_clmul">zip-clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zip<span class="dash">-</span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>  <span class="comment">// 0x505
+</span>
+<span class="decl-fun" id="test_clmulr2"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#test_clmulr2">test-clmulr2<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>test<span class="dash">-</span>clmulr2: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x12346789ABCDEF0<span class="pc">literal: <span class="tp">int</span><br>dec  = 81986702028889840<br>hex64= 0x012346789ABCDEF0<br>bit64= 0b0000000100100011010001100111100010011010101111001101111011110000</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>
+  <a class="pp" href="#bit_zip">bit-zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">" == "<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#zip_clmul">zip-clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>zip<span class="dash">-</span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>  <span class="comment">// 0x41464D5A717C7F80
+</span>
+<span class="decl-fun" id="clmulrev"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#clmulrev">clmulrev<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulrev: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">int64</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>
+  <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#bit_reverse">bit-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#bit_reverse">bit-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#bit_reverse">bit-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a></span>
+
+<span class="decl-fun" id="test_clmulrev1"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int64.html#test_clmulrev1">test-clmulrev1<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>test<span class="dash">-</span>clmulrev1: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x12345678<span class="pc">literal: <span class="tp">int</span><br>dec  = 305419896<br>hex32= 0x12345678<br>bit32= 0b00010010001101000101011001111000</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>
+  <span class="kw">val</span> <a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a> <span class="kw">=</span> <a class="pp">0x89ABCDEF<span class="pc">literal: <span class="tp">int</span><br>dec  = 2309737967<br>hex64= 0x0000000089ABCDEF<br>bit64= 0b0000000000000000000000000000000010001001101010111100110111101111</span></a><span class="kw op">.</span><a class="pp" href="#int64">int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int64: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a><span class="kw op">.</span><a class="pp" href="#byte_reverse">byte-reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>byte<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>
+  <a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">" == "<span class="pc">literal: <span class="tp">string</span><br>count= 4</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#clmulrev">clmulrev<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulrev: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int64</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">int64</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">int64</span></span></a>)<span class="kw op">.</span><a class="pp" href="#show_hex">show-hex<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>show<span class="dash">-</span>hex: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">width</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">use<span class="dash">-</span>capitals</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">bool</span><span class="tp sp">,</span> <span class="tp tpp">pre</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>  </pre>
 
 </body>
 </html>
diff --git a/doc/std_num_int64.html b/doc/std_num_int64.html
index d2dcfe806..9fd70ed97 100644
--- a/doc/std_num_int64.html
+++ b/doc/std_num_int64.html
@@ -16,7 +16,7 @@
 
 <body class="koka doc body madoko">
 <h1><a class="link" href="https://koka-lang.github.io/koka/doc/std_num_int64-source.html"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64</span></a><a class="link" href="toc.html"><span class="toc-link">&#x25b2;toc</span></a></h1>
-<div class="toc code"><ul class="toc"><li><a class="link" href="#bool_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">bool<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#hilo_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#hilo_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#hilo_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#hilo32_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">hilo32<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#int_fs_uint64"><span class="kw">fun</span>&nbsp;<span class="lq">int<span class="fslash">/</span></span>uint64</a></li><li><a class="link" href="#int32_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">int32<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#int64_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">int64<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#range_fs_fold_int64"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64</a></li><li><a class="link" href="#range_fs_for_while64"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while64</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#abs0"><span class="kw">fun</span>&nbsp;abs0</a></li><li><a class="link" href="#and"><span class="kw">fun</span>&nbsp;and</a></li><li><a class="link" href="#bgather"><span class="kw">fun</span>&nbsp;bgather</a></li><li><a class="link" href="#bits_int64"><span class="kw">val</span>&nbsp;bits<span class="dash">-</span>int64</a></li><li><a class="link" href="#bool"><span class="kw">fun</span>&nbsp;bool</a></li><li><a class="link" href="#breverse"><span class="kw">fun</span>&nbsp;breverse</a></li><li><a class="link" href="#bscatter"><span class="kw">fun</span>&nbsp;bscatter</a></li></ul><ul class="toc"><li><a class="link" href="#byteswap"><span class="kw">fun</span>&nbsp;byteswap</a></li><li><a class="link" href="#cdiv"><span class="kw">fun</span>&nbsp;cdiv</a></li><li><a class="link" href="#clrsb"><span class="kw">fun</span>&nbsp;clrsb</a></li><li><a class="link" href="#clz"><span class="kw">fun</span>&nbsp;clz</a></li><li><a class="link" href="#cmod"><span class="kw">fun</span>&nbsp;cmod</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#ctz"><span class="kw">fun</span>&nbsp;ctz</a></li><li><a class="link" href="#dec"><span class="kw">fun</span>&nbsp;dec</a></li><li><a class="link" href="#deinterleave"><span class="kw">fun</span>&nbsp;deinterleave</a></li><li><a class="link" href="#divmod"><span class="kw">fun</span>&nbsp;divmod</a></li><li><a class="link" href="#fold_int64"><span class="kw">fun</span>&nbsp;fold<span class="dash">-</span>int64</a></li><li><a class="link" href="#for_while64"><span class="kw">fun</span>&nbsp;for<span class="dash">-</span>while64</a></li><li><a class="link" href="#hi"><span class="kw">fun</span>&nbsp;hi</a></li><li><a class="link" href="#i64"><span class="kw">fun</span>&nbsp;i64</a></li><li><a class="link" href="#imul"><span class="kw">fun</span>&nbsp;imul</a></li><li><a class="link" href="#inc"><span class="kw">fun</span>&nbsp;inc</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#int32"><span class="kw">fun</span>&nbsp;int32</a></li><li><a class="link" href="#int64"><span class="kw">fun</span>&nbsp;int64</a></li><li><a class="link" href="#interleave"><span class="kw">fun</span>&nbsp;interleave</a></li><li><a class="link" href="#is_even"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>even</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_odd"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>odd</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#list64"><span class="kw">fun</span>&nbsp;list64</a></li><li><a class="link" href="#lo"><span class="kw">fun</span>&nbsp;lo</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li><li><a class="link" href="#max_int64"><span class="kw">val</span>&nbsp;max<span class="dash">-</span>int64</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#min_int64"><span class="kw">val</span>&nbsp;min<span class="dash">-</span>int64</a></li></ul><ul class="toc"><li><a class="link" href="#negate"><span class="kw">fun</span>&nbsp;negate</a></li><li><a class="link" href="#not"><span class="kw">fun</span>&nbsp;not</a></li><li><a class="link" href="#one"><span class="kw">val</span>&nbsp;one</a></li><li><a class="link" href="#or"><span class="kw">fun</span>&nbsp;or</a></li><li><a class="link" href="#orc"><span class="kw">fun</span>&nbsp;orc</a></li><li><a class="link" href="#parity"><span class="kw">fun</span>&nbsp;parity</a></li><li><a class="link" href="#popcount"><span class="kw">fun</span>&nbsp;popcount</a></li><li><a class="link" href="#rotl"><span class="kw">fun</span>&nbsp;rotl</a></li><li><a class="link" href="#rotr"><span class="kw">fun</span>&nbsp;rotr</a></li><li><a class="link" href="#sar"><span class="kw">fun</span>&nbsp;sar</a></li><li><a class="link" href="#shl"><span class="kw">fun</span>&nbsp;shl</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#show_hex"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex</a></li><li><a class="link" href="#show_hex64"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex64</a></li><li><a class="link" href="#shr"><span class="kw">fun</span>&nbsp;shr</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#sum64"><span class="kw">fun</span>&nbsp;sum64</a></li><li><a class="link" href="#uint32"><span class="kw">fun</span>&nbsp;uint32</a></li><li><a class="link" href="#uint64"><span class="kw">fun</span>&nbsp;uint64</a></li><li><a class="link" href="#umul"><span class="kw">fun</span>&nbsp;umul</a></li><li><a class="link" href="#xor"><span class="kw">fun</span>&nbsp;xor</a></li><li><a class="link" href="#zero"><span class="kw">val</span>&nbsp;zero</a></li></ul></div>
+<div class="toc code"><ul class="toc"><li><a class="link" href="#bool_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">bool<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#hilo_fs_int"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int</a></li><li><a class="link" href="#hilo_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#hilo_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">hilo<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#hilo32_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">hilo32<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#int_fs_uint64"><span class="kw">fun</span>&nbsp;<span class="lq">int<span class="fslash">/</span></span>uint64</a></li><li><a class="link" href="#int32_fs_int64"><span class="kw">fun</span>&nbsp;<span class="lq">int32<span class="fslash">/</span></span>int64</a></li><li><a class="link" href="#int64_fs_uint"><span class="kw">fun</span>&nbsp;<span class="lq">int64<span class="fslash">/</span></span>uint</a></li><li><a class="link" href="#range_fs_fold_int64"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>fold<span class="dash">-</span>int64</a></li><li><a class="link" href="#range_fs_for_while64"><span class="kw">fun</span>&nbsp;<span class="lq">range<span class="fslash">/</span></span>for<span class="dash">-</span>while64</a></li><li><a class="link" href="#_excl__eq_"><span class="kw">fun</span>&nbsp;(!=)</a></li><li><a class="link" href="#_perc_"><span class="kw">fun</span>&nbsp;(%)</a></li><li><a class="link" href="#_star_"><span class="kw">fun</span>&nbsp;(&#42;)</a></li><li><a class="link" href="#_plus_"><span class="kw">fun</span>&nbsp;(+)</a></li><li><a class="link" href="#_dash_"><span class="kw">fun</span>&nbsp;(<span class="dash">-</span>)</a></li><li><a class="link" href="#_fs_"><span class="kw">fun</span>&nbsp;(<span class="fslash">/</span>)</a></li><li><a class="link" href="#_lt_"><span class="kw">fun</span>&nbsp;(&lt;)</a></li><li><a class="link" href="#_lt__eq_"><span class="kw">fun</span>&nbsp;(&lt;=)</a></li><li><a class="link" href="#_eq__eq_"><span class="kw">fun</span>&nbsp;(==)</a></li><li><a class="link" href="#_gt_"><span class="kw">fun</span>&nbsp;(&gt;)</a></li><li><a class="link" href="#_gt__eq_"><span class="kw">fun</span>&nbsp;(&gt;=)</a></li><li><a class="link" href="#_hat_"><span class="kw">fun</span>&nbsp;(^)</a></li><li><a class="link" href="#_tilde_"><span class="kw">fun</span>&nbsp;(~)</a></li><li><a class="link" href="#abs"><span class="kw">fun</span>&nbsp;abs</a></li><li><a class="link" href="#abs0"><span class="kw">fun</span>&nbsp;abs0</a></li><li><a class="link" href="#and"><span class="kw">fun</span>&nbsp;and</a></li><li><a class="link" href="#bit_gather"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>gather</a></li><li><a class="link" href="#bit_reverse"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>reverse</a></li><li><a class="link" href="#bit_scatter"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>scatter</a></li><li><a class="link" href="#bit_unzip"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>unzip</a></li><li><a class="link" href="#bit_zip"><span class="kw">fun</span>&nbsp;bit<span class="dash">-</span>zip</a></li></ul><ul class="toc"><li><a class="link" href="#bits_int64"><span class="kw">val</span>&nbsp;bits<span class="dash">-</span>int64</a></li><li><a class="link" href="#bool"><span class="kw">fun</span>&nbsp;bool</a></li><li><a class="link" href="#byte_reverse"><span class="kw">fun</span>&nbsp;byte<span class="dash">-</span>reverse</a></li><li><a class="link" href="#cdiv"><span class="kw">fun</span>&nbsp;cdiv</a></li><li><a class="link" href="#clmul"><span class="kw">fun</span>&nbsp;clmul</a></li><li><a class="link" href="#clmul_wide"><span class="kw">fun</span>&nbsp;clmul<span class="dash">-</span>wide</a></li><li><a class="link" href="#clmulr"><span class="kw">fun</span>&nbsp;clmulr</a></li><li><a class="link" href="#clrsb"><span class="kw">fun</span>&nbsp;clrsb</a></li><li><a class="link" href="#clz"><span class="kw">fun</span>&nbsp;clz</a></li><li><a class="link" href="#cmod"><span class="kw">fun</span>&nbsp;cmod</a></li><li><a class="link" href="#cmp"><span class="kw">fun</span>&nbsp;cmp</a></li><li><a class="link" href="#ctz"><span class="kw">fun</span>&nbsp;ctz</a></li><li><a class="link" href="#dec"><span class="kw">fun</span>&nbsp;dec</a></li><li><a class="link" href="#divmod"><span class="kw">fun</span>&nbsp;divmod</a></li><li><a class="link" href="#fold_int64"><span class="kw">fun</span>&nbsp;fold<span class="dash">-</span>int64</a></li><li><a class="link" href="#for_while64"><span class="kw">fun</span>&nbsp;for<span class="dash">-</span>while64</a></li><li><a class="link" href="#hi"><span class="kw">fun</span>&nbsp;hi</a></li><li><a class="link" href="#i64"><span class="kw">fun</span>&nbsp;i64</a></li><li><a class="link" href="#imul"><span class="kw">fun</span>&nbsp;imul</a></li><li><a class="link" href="#inc"><span class="kw">fun</span>&nbsp;inc</a></li><li><a class="link" href="#int"><span class="kw">fun</span>&nbsp;int</a></li><li><a class="link" href="#int32"><span class="kw">fun</span>&nbsp;int32</a></li><li><a class="link" href="#int64"><span class="kw">fun</span>&nbsp;int64</a></li><li><a class="link" href="#is_even"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>even</a></li><li><a class="link" href="#is_neg"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>neg</a></li><li><a class="link" href="#is_odd"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>odd</a></li><li><a class="link" href="#is_pos"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>pos</a></li><li><a class="link" href="#is_zero"><span class="kw">fun</span>&nbsp;is<span class="dash">-</span>zero</a></li><li><a class="link" href="#list64"><span class="kw">fun</span>&nbsp;list64</a></li><li><a class="link" href="#lo"><span class="kw">fun</span>&nbsp;lo</a></li><li><a class="link" href="#max"><span class="kw">fun</span>&nbsp;max</a></li></ul><ul class="toc"><li><a class="link" href="#max_int64"><span class="kw">val</span>&nbsp;max<span class="dash">-</span>int64</a></li><li><a class="link" href="#min"><span class="kw">fun</span>&nbsp;min</a></li><li><a class="link" href="#min_int64"><span class="kw">val</span>&nbsp;min<span class="dash">-</span>int64</a></li><li><a class="link" href="#negate"><span class="kw">fun</span>&nbsp;negate</a></li><li><a class="link" href="#not"><span class="kw">fun</span>&nbsp;not</a></li><li><a class="link" href="#one"><span class="kw">val</span>&nbsp;one</a></li><li><a class="link" href="#or"><span class="kw">fun</span>&nbsp;or</a></li><li><a class="link" href="#orc"><span class="kw">fun</span>&nbsp;orc</a></li><li><a class="link" href="#parity"><span class="kw">fun</span>&nbsp;parity</a></li><li><a class="link" href="#popcount"><span class="kw">fun</span>&nbsp;popcount</a></li><li><a class="link" href="#rotl"><span class="kw">fun</span>&nbsp;rotl</a></li><li><a class="link" href="#rotr"><span class="kw">fun</span>&nbsp;rotr</a></li><li><a class="link" href="#sar"><span class="kw">fun</span>&nbsp;sar</a></li><li><a class="link" href="#shl"><span class="kw">fun</span>&nbsp;shl</a></li><li><a class="link" href="#show"><span class="kw">fun</span>&nbsp;show</a></li><li><a class="link" href="#show_hex"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex</a></li><li><a class="link" href="#show_hex64"><span class="kw">fun</span>&nbsp;show<span class="dash">-</span>hex64</a></li><li><a class="link" href="#shr"><span class="kw">fun</span>&nbsp;shr</a></li><li><a class="link" href="#sign"><span class="kw">fun</span>&nbsp;sign</a></li><li><a class="link" href="#sum64"><span class="kw">fun</span>&nbsp;sum64</a></li><li><a class="link" href="#uint32"><span class="kw">fun</span>&nbsp;uint32</a></li><li><a class="link" href="#uint64"><span class="kw">fun</span>&nbsp;uint64</a></li><li><a class="link" href="#umul"><span class="kw">fun</span>&nbsp;umul</a></li><li><a class="link" href="#xor"><span class="kw">fun</span>&nbsp;xor</a></li><li><a class="link" href="#zero"><span class="kw">val</span>&nbsp;zero</a></li></ul></div>
 <div class="doc koka comment">
 <h1 class="synopsis">64-bit signed integers.</h1>
 
@@ -112,9 +112,9 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 </li>
 <li class="li ul-li list-star-li compact-li"><code class="koka"><span class="co">D</span><span class="op">%</span>(<span class="op"><span class="minus">-</span></span>d) <span class="op">==</span> <span class="co">D</span><span class="op">%</span>d</code>
 </li>
-<li class="li ul-li list-star-li compact-li"><code class="koka"><span class="co">D</span><span class="op"><span class="divide">/</span></span>(<span class="number">2</span><span class="op">^</span>n) <span class="op">==</span> <a class="pp" href="#sar">sar<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>sar: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">shift</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="co">D</span>,n)</code>  (with <code class="koka"><span class="number">0</span> <span class="op">&#60;=</span> n <span class="op">&#60;=</span> <span class="number">31</span></code>)
+<li class="li ul-li list-star-li compact-li"><code class="koka"><span class="co">D</span><span class="op"><span class="divide">/</span></span>(<span class="number">2</span><span class="op">^</span>n) <span class="op">==</span> <a class="pp" href="#sar">sar<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>sar: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">shift</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="co">D</span>,n)</code>  (with <code class="koka"><span class="number">0</span> <span class="op">&#60;=</span> n <span class="op">&#60;=</span> <span class="number">63</span></code>)
 </li>
-<li class="li ul-li list-star-li compact-li"><code class="koka"><span class="co">D</span><span class="op">%</span>(<span class="number">2</span><span class="op"><sup></span>n) <span class="op">==</span> <span class="co">D</span> <span class="op">&#38;</span> ((<span class="number">2</span><span class="op"></sup></span>n) <span class="op"><span class="minus">-</span></span> <span class="number">1</span>)</code>  (with <code class="koka"><span class="number">0</span> <span class="op">&#60;=</span> n <span class="op">&#60;=</span> <span class="number">31</span></code>)
+<li class="li ul-li list-star-li compact-li"><code class="koka"><span class="co">D</span><span class="op">%</span>(<span class="number">2</span><span class="op"><sup></span>n) <span class="op">==</span> <span class="co">D</span> <span class="op">&#38;</span> ((<span class="number">2</span><span class="op"></sup></span>n) <span class="op"><span class="minus">-</span></span> <span class="number">1</span>)</code>  (with <code class="koka"><span class="number">0</span> <span class="op">&#60;=</span> n <span class="op">&#60;=</span> <span class="number">63</span></code>)
 </li></ul>
 
 <p class="p noindent">Note that an interesting edge case is <code class="koka"><a class="pp" href="#min_int64">min<span class="dash">-</span>int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>min<span class="dash">-</span>int64: <span class="tp">int64</span></span></a> <span class="op"><span class="divide">/</span></span> <span class="number">-1</span></code> which equals <code class="koka"><a class="pp" href="#min_int64">min<span class="dash">-</span>int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>min<span class="dash">-</span>int64: <span class="tp">int64</span></span></a></code> since in modulo 64-bit
@@ -122,7 +122,7 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 Of course <code class="koka">(<a class="pp" href="#min_int64">min<span class="dash">-</span>int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>min<span class="dash">-</span>int64: <span class="tp">int64</span></span></a> <span class="op">+</span> <span class="number">1</span>) <span class="op"><span class="divide">/</span></span> <span class="number">-1</span></code> is again positive (namely <code class="koka"><a class="pp" href="#max_int64">max<span class="dash">-</span>int64<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>max<span class="dash">-</span>int64: <span class="tp">int64</span></span></a></code>).
 </p>
 <p class="p indent">See also <em class="em-low1">Division and modulus for computer scientists, Daan Leijen, 2001</em>
-<a href="https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf" class="externalref">pdf</a> .
+<a href="https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/divmodnote-letter.pdf">pdf</a> .
 </p></div></div>
 <div class="decl" id="_lt_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#_lt_">(&lt;)</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -168,35 +168,49 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 
 <p class="p noindent">Take the bitwise <em class="em-low1">and</em> of two <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code>s.
 </p></div></div>
-<div class="decl" id="bgather"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bgather">bgather</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_gather"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bit_gather">bit<span class="dash">-</span>gather</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Bit gather (also known as <em class="em-low1">pext</em> or parallel bit extract).
 For each 1-bit in mask <code class="koka">m</code>, extract the corresponding bit from <code class="koka">i</code> and write it
 into contiguous lower bits in the result. The remaining bits in the result are zero.
 </p>
-<p class="p indent"><code class="koka"><a class="pp" href="#bgather">bgather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bgather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0x1234</span><span class="kw op">.</span>int64, <span class="number">0x0F0F</span><span class="kw op">.</span>int64)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x24&#34;</span></code>.
+<p class="p indent"><code class="koka"><a class="pp" href="#bit_gather">bit<span class="dash">-</span>gather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>gather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0x1234</span><span class="kw op">.</span>int64, <span class="number">0x0F0F</span><span class="kw op">.</span>int64)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x24&#34;</span></code>.
 </p></div></div>
-<div class="decl" id="bits_int64"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_int64-source.html#bits_int64">bits<span class="dash">-</span>int64</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">The number of bits in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code> (always 64).
-</p></div></div>
-<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bool">bool</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code> to a boolean.
-</p></div></div>
-<div class="decl" id="breverse"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#breverse">breverse</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_reverse"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bit_reverse">bit<span class="dash">-</span>reverse</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Reverse the bits in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code>.
 </p></div></div>
-<div class="decl" id="bscatter"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bscatter">bscatter</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_scatter"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bit_scatter">bit<span class="dash">-</span>scatter</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">m</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Bit scatter (also known as <em class="em-low1">pdep</em> or parallel bit deposit).
 For each 1-bit in mask <code class="koka">m</code>, set the corresponding bit in the result from the
 contiguous lower bits of <code class="koka">i</code>. Any bits not set according to the mask are set to zero.
 </p>
-<p class="p indent"><code class="koka"><a class="pp" href="#bscatter">bscatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bscatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0x1234</span><span class="kw op">.</span>int64, <span class="number">0x0F0F</span><span class="kw op">.</span>int64)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x304&#34;</span></code>.
+<p class="p indent"><code class="koka"><a class="pp" href="#bit_scatter">bit<span class="dash">-</span>scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0x1234</span><span class="kw op">.</span>int64, <span class="number">0x0F0F</span><span class="kw op">.</span>int64)<span class="kw op">.</span>show<span class="dash">-</span>hex <span class="op">==</span> <span class="st">&#34;0x304&#34;</span></code>.
+</p></div></div>
+<div class="decl" id="bit_unzip"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bit_unzip">bit<span class="dash">-</span>unzip</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">De-interleave the bits in <code class="koka">i</code> such that the odd bits are gathered in the
+hi 32-bits of the result, and the even bits (starting at bit 0)
+end up in the lo 32-bits of the result.
+<code class="koka"><a class="pp" href="#bit_unzip">bit<span class="dash">-</span>unzip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>unzip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x)<span class="kw op">.</span><a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0xFFFF_FFFF</span><span class="kw op">.</span>int64) <span class="op">==</span> <a class="pp" href="#bit_gather">bit<span class="dash">-</span>gather<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>gather: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,<span class="number">0x5555_5555_5555_5555</span><span class="kw op">.</span>int64)</code>.
 </p></div></div>
-<div class="decl" id="byteswap"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#byteswap">byteswap</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+<div class="decl" id="bit_zip"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bit_zip">bit<span class="dash">-</span>zip</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Interleave the hi 32-bits with the lo 32-bits of the argument <code class="koka">i</code> such
+that the hi bits are spread over the odd bits and the lo bits over the even bits
+of the result (starting at bit 0).
+<code class="koka"><a class="pp" href="#bit_zip">bit<span class="dash">-</span>zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x<span class="kw op">.</span><a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0xFFFF_FFFF</span><span class="kw op">.</span>int64)) <span class="op">==</span> <a class="pp" href="#bit_scatter">bit<span class="dash">-</span>scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,<span class="number">0x5555_5555_5555_5555</span><span class="kw op">.</span>int64)</code>.
+</p></div></div>
+<div class="decl" id="bits_int64"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_num_int64-source.html#bits_int64">bits<span class="dash">-</span>int64</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">The number of bits in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code> (always 64).
+</p></div></div>
+<div class="decl" id="bool"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#bool">bool</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Convert an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code> to a boolean.
+</p></div></div>
+<div class="decl" id="byte_reverse"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#byte_reverse">byte<span class="dash">-</span>reverse</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Reverse the bytes in an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code>.
 </p></div></div>
@@ -204,6 +218,31 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 
 <p class="p noindent">Truncated division (as in C). See also <code class="koka"><span class="op">(/)</span><span class="tp kw op">:</span><span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></code>.
 </p></div></div>
+<div class="decl" id="clmul"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#clmul">clmul</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Carry-less multiplication (or <em class="em-low1">xor</em> multiplication).
+See also <a href="https://en.wikipedia.org/wiki/Carry-less_product" class="texturl monospace">https://&#8203;en.&#8203;wikipedia.&#8203;org/&#8203;wiki/&#8203;Carry-&#8203;less_&#8203;product</a>
+Interesting cases:
+- <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,x)</code> : <em class="em-low1">bit spread</em>, where a zero bit is put in between each input bit.
+  <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,x) <span class="op">==</span> <a class="pp" href="#bit_scatter">bit<span class="dash">-</span>scatter<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>scatter: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,<span class="number">0x5555_5555_5555_5555</span><span class="kw op">.</span>int64) <span class="op">==</span> <a class="pp" href="#bit_zip">bit<span class="dash">-</span>zip<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>zip: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,<span class="number">0xFFFF_FFFF</span><span class="kw op">.</span>int64))</code>
+- <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,<span class="number">-1</span><span class="kw op">.</span><a class="pp" href="#int32">int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>int32: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int32</span></span></a>)</code>: <em class="em-low1">prefix xor</em>, where each bit is the parity of the corresponding input bit
+   and all input bits before it (the <em class="em-low1">xor sum</em>).
+   <code class="koka"><a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,<span class="number">-1</span><span class="kw op">.</span>int64)<span class="kw op">.</span><a class="pp" href="#shr">shr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>shr: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">shift</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">63</span>)<span class="kw op">.</span>bool <span class="op">==</span> x<span class="kw op">.</span><a class="pp" href="#parity">parity<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>parity: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">bool</span></span></a></code>.
+</p></div></div>
+<div class="decl" id="clmul_wide"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#clmul_wide">clmul<span class="dash">-</span>wide</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
+
+<p class="p noindent">Wide carry-less multiplication (or <em class="em-low1">xor</em> multiplication) to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)</code>,
+where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)<span class="kw op">.</span>int <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a><span class="kw op">.</span>int <span class="op">&#42;</span> <span class="number">0x1_0000_0000_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a><span class="kw op">.</span>uint</code>.
+See also <a href="https://en.wikipedia.org/wiki/Carry-less_product" class="texturl monospace">https://&#8203;en.&#8203;wikipedia.&#8203;org/&#8203;wiki/&#8203;Carry-&#8203;less_&#8203;product</a>.
+</p></div></div>
+<div class="decl" id="clmulr"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#clmulr">clmulr</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
+
+<p class="p noindent">Reverse carry-less multiplication.
+Defined as <code class="koka"><a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,y) <span class="op">==</span> <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x<span class="kw op">.</span><a class="pp" href="#bit_reverse">bit<span class="dash">-</span>reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>bit<span class="dash">-</span>reverse: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,y<span class="kw op">.</span>bitreverse)<span class="kw op">.</span>bitreverse</code>
+Interesting cases:
+- <code class="koka"><a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,x) <span class="op">==</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">b</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&#62;</span></span></a>(x<span class="kw op">.</span><a class="pp" href="#and">and<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>and: <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(<span class="number">0xFFFF_FFFF_0000_0000</span><span class="kw op">.</span>int64)</code>, and
+- <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#zip">zip<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>zip: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">b</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span><span class="tp sp">&#62;</span></span></a>(x) <span class="op">==</span> <a class="pp" href="#clmul">clmul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmul: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,x) <span class="kw op">|</span> <a class="pp" href="#clmulr">clmulr<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>clmulr: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>(x,x)</code>.
+</p></div></div>
 <div class="decl" id="clrsb"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#clrsb">clrsb</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Count leading redundant sign bits (i.e. the number of bits
@@ -226,11 +265,6 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 
 <p class="p noindent">Decrement a 64-bit integer.
 </p></div></div>
-<div class="decl" id="deinterleave"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#deinterleave">deinterleave</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">De-interleave the bits in <code class="koka">i</code> such that the even bits are gathered in the
-hi 64-bits of the result, and the odd bits in the lo 64-bits of the result.
-</p></div></div>
 <div class="decl" id="divmod"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#divmod">divmod</a></span>( <span class="tp tpp">x</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">y</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span></div></div>
 <div class="decl" id="fold_int64"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#fold_int64">fold<span class="dash">-</span>int64</a></span>( <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">init</span> <span class="tp sp">:</span>&nbsp;<span class="tp tv">a</span>, <span class="tp tpp">f</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <span class="tp tv">a</span></div></div>
 <div class="decl" id="for_while64"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#for_while64">for<span class="dash">-</span>while64</a></span>( <span class="tp tpp">n</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp op">^</span><span class="tp tpp">action</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp tv">e</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
@@ -245,8 +279,8 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 </p></div></div>
 <div class="decl" id="imul"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#imul">imul</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
 
-<p class="p noindent">Full 64x64 bit signed multiply to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)</code>.
-where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)<span class="kw op">.</span>int <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a><span class="kw op">.</span>int <span class="op">&#42;</span> <span class="number">0x1_0000_0000_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a><span class="kw op">.</span>uint</code>.
+<p class="p noindent">Full 64x64 to 128-bit signed multiply to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)</code>.
+where <code class="koka"><a class="pp" href="#imul">imul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>imul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span></span></a>(x,y)<span class="kw op">.</span>int <span class="op">==</span> x<span class="kw op">.</span>int <span class="op">&#42;</span> y<span class="kw op">.</span>int</code>.
 </p></div></div>
 <div class="decl" id="inc"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#inc">inc</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -266,11 +300,6 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 
 <p class="p noindent">Clamp an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></code> to fit in an <code class="koka"><span class="tp">int64&#95;t</span></code>.
 </p></div></div>
-<div class="decl" id="interleave"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#interleave">interleave</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
-
-<p class="p noindent">Interleave the hi 32-bits with the lo 32-bits of the argument <code class="koka">i</code> such
-that the hi bits are spread over the even bits and the lo bits over the odd bits of the result.
-</p></div></div>
 <div class="decl" id="is_even"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#is_even">is<span class="dash">-</span>even</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Returns <code class="koka">true</code> if the integer <code class="koka">i</code>  is an even number.
@@ -335,7 +364,7 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 </p></div></div>
 <div class="decl" id="parity"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#parity">parity</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Is the number of 1-bits even?
+<p class="p noindent">Is the <code class="koka"><a class="pp" href="#popcount">popcount<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>popcount: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int</span></span></a></code> even?
 </p></div></div>
 <div class="decl" id="popcount"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#popcount">popcount</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -397,8 +426,8 @@ <h1 class="synopsis">64-bit signed integers.</h1>
 </p></div></div>
 <div class="decl" id="umul"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#umul">umul</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <span class="tp tpp">j</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">(</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">,</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a><span class="tp sp">)</span></div><div class="doc koka comment">
 
-<p class="p noindent">Full 64x64 bit unsigned multiply to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)</code>.
-where <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)<span class="kw op">.</span>uint <span class="op">==</span> <a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a><span class="kw op">.</span>uint <span class="op">&#42;</span> <span class="number">0x1_0000_0000_0000_0000</span> <span class="op">+</span> <a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a><span class="kw op">.</span>uint</code>.
+<p class="p noindent">Full 64x64 to 128-bit unsigned multiply to <code class="koka">(<a class="pp" href="#hi">hi<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>hi: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>,<a class="pp" href="#lo">lo<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>lo: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">int64</span></span></a>)</code>.
+where <code class="koka"><a class="pp" href="#umul">umul<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int64<span class="fslash last">/</span></span>umul: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">,</span> <span class="tp tpp">j</span> <span class="tp kw op">:</span> <span class="tp">int64</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">(</span><span class="tp">int64</span><span class="tp sp">,</span> <span class="tp">int64</span><span class="tp sp">)</span></span></a>(x,y)<span class="kw op">.</span>uint <span class="op">==</span> x<span class="kw op">.</span>uint <span class="op">&#42;</span> y<span class="kw op">.</span>uint</code>.
 </p></div></div>
 <div class="decl" id="xor"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_int64-source.html#xor">xor</a></span>( <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int64"><span class="tp">int64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int64: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
diff --git a/doc/std_num_random-source.html b/doc/std_num_random-source.html
index 623ff4cf3..08aa342a7 100644
--- a/doc/std_num_random-source.html
+++ b/doc/std_num_random-source.html
@@ -36,15 +36,15 @@
 <a class="pp" href="#type_space_random"><span class="tp">pub</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp kw">effect</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>
   <span class="kw">fun</span> <span class="decl-fun" id="random_int32">random<span class="dash">-</span>int32</span>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @default<span class="dash">-</span>random(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">520</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">519</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="number">535</span><span class="op">&gt;</span> <span class="number">534</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#strong_random">strong-random<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>strong<span class="dash">-</span>random: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">520</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">519</span>) <span class="kw op">-></span> <span class="op">&lt;</span>ndet<span class="op">|$</span><span class="number">520</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">519</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">520</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">519</span></span></a>)
+<span class="kw">pub</span> <span class="kw">fun</span> @default<span class="dash">-</span>random(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">438</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">437</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="number">453</span><span class="op">&gt;</span> <span class="number">452</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#strong_random">strong-random<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>strong<span class="dash">-</span>random: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">438</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">437</span>) <span class="kw op">-></span> <span class="op">&lt;</span>ndet<span class="op">|$</span><span class="number">438</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">437</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">438</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">437</span></span></a>)
 
 <span class="comment">// Pick random numbers from a the best strong random source in the OS.
 // (e.g. like &#96;/dev/urandom&#96;, &#96;arc4random&#96; etc.). Use &#96;srandom-is-strong&#96; to test if the
 // numbers are indeed based on a strong random source.
-</span><span class="decl-fun" id="strong_random"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#strong_random">strong-random<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>strong<span class="dash">-</span>random: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">448</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">447</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="number">512</span><span class="op">&gt;</span> <span class="number">511</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">448</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">447</span>) <span class="kw op">-></span> <span class="op">&lt;</span>ndet<span class="op">|$</span><span class="number">448</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">447</span></span></a> <span class="kw">fun</span> <a class="pp">random-int32<span class="pc">random<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">448</span><span class="op">&gt;</span> int32</span></a>() <a class="pp" href="#srandom_int32">srandom-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>srandom<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">448</span><span class="op">&gt;</span> int32</span></a>()
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">448</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">447</span></span></a>(</span>)
+</span><span class="decl-fun" id="strong_random"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#strong_random">strong-random<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>strong<span class="dash">-</span>random: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">366</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">365</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="number">430</span><span class="op">&gt;</span> <span class="number">429</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">366</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">365</span>) <span class="kw op">-></span> <span class="op">&lt;</span>ndet<span class="op">|$</span><span class="number">366</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">365</span></span></a> <span class="kw">fun</span> <a class="pp">random-int32<span class="pc">random<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">366</span><span class="op">&gt;</span> int32</span></a>() <a class="pp" href="#srandom_int32">srandom-int32<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>srandom<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">366</span><span class="op">&gt;</span> int32</span></a>()
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">366</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">365</span></span></a>(</span>)
 
 <span class="comment">// Pseudo random number using sfc32 by Chris Doty-Humphrey.
 // It is a "chaotic" pseudo random generator that uses 32-bit operations only
@@ -85,13 +85,13 @@
 // passes PractRand and BigCrush. The worst case minimum cycle
 // is 2^^32^^, where a potential cycle of 2^^48^^ has a chance
 // of 2^^-80^^.
-</span><span class="decl-fun" id="pseudo_random"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#pseudo_random">pseudo-random<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>pseudo<span class="dash">-</span>random: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">seed</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">seed<span class="pc">seed: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">655</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">654</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">868</span> <span class="number">867</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">var</span> <a class="pp">s<span class="pc">s: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">664</span>,sfc<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#sfc_init">sfc-init<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>init: <span class="tp sp">(</span><span class="tp tpp">seed</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> sfc</span></a>(<a class="pp">seed<span class="pc">seed: <span class="tp">int</span></span></a>)
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">654</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">654</span></span></a> <span class="kw">fun</span> <a class="pp">random-int32<span class="pc">random<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> int32</span></a>()
-    <span class="kw">val</span> <a class="pp">sfc<span class="pc">sfc: <span class="tp">sfc<span class="dash">-</span>result</span></span></a> <span class="kw">=</span> <a class="pp" href="#sfc_step">sfc-step<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>step: <span class="tp sp">(</span><span class="tp tpp">sfc</span> <span class="tp kw op">:</span> <span class="tp">sfc</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> sfc<span class="dash">-</span>result</span></a>(<a class="pp">s<span class="pc">s: <span class="tp">sfc</span></span></a>)
-    <a class="pp">s<span class="pc">s: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">664</span>,sfc<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">664</span>,sfc<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">sfc</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> ()</span></a> <a class="pp">sfc<span class="pc">sfc: <span class="tp">sfc<span class="dash">-</span>result</span></span></a><span class="kw op">.</span><a class="pp" href="#sfc_result_fs_rstate">rstate<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span><span class="lq">sfc<span class="dash">-</span>result<span class="fslash">/</span></span>rstate: <span class="tp sp">(</span><span class="tp">sfc<span class="dash">-</span>result</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> sfc</span></a>
-    <a class="pp">sfc<span class="pc">sfc: <span class="tp">sfc<span class="dash">-</span>result</span></span></a><span class="kw op">.</span><a class="pp" href="#sfc_result_fs_rnd">rnd<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span><span class="lq">sfc<span class="dash">-</span>result<span class="fslash">/</span></span>rnd: <span class="tp sp">(</span><span class="tp">sfc<span class="dash">-</span>result</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">664</span><span class="op">&gt;|$</span><span class="number">655</span><span class="op">&gt;</span> int32</span></a>
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">655</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">654</span></span></a>(</span>)
+</span><span class="decl-fun" id="pseudo_random"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#pseudo_random">pseudo-random<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>pseudo<span class="dash">-</span>random: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">seed</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">a</span></span></a>( <a class="pp">seed<span class="pc">seed: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">592</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">591</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_random"><span class="tp">random</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>random: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">805</span> <span class="number">804</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">var</span> <a class="pp">s<span class="pc">s: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">601</span>,sfc<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp" href="#sfc_init">sfc-init<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>init: <span class="tp sp">(</span><span class="tp tpp">seed</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> sfc</span></a>(<a class="pp">seed<span class="pc">seed: <span class="tp">int</span></span></a>)
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">591</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">591</span></span></a> <span class="kw">fun</span> <a class="pp">random-int32<span class="pc">random<span class="dash">-</span>int32: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> int32</span></a>()
+    <span class="kw">val</span> <a class="pp">sfc<span class="pc">sfc: <span class="tp">sfc<span class="dash">-</span>result</span></span></a> <span class="kw">=</span> <a class="pp" href="#sfc_step">sfc-step<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>step: <span class="tp sp">(</span><span class="tp tpp">sfc</span> <span class="tp kw op">:</span> <span class="tp">sfc</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> sfc<span class="dash">-</span>result</span></a>(<a class="pp">s<span class="pc">s: <span class="tp">sfc</span></span></a>)
+    <a class="pp">s<span class="pc">s: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">601</span>,sfc<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">601</span>,sfc<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">sfc</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> ()</span></a> <a class="pp">sfc<span class="pc">sfc: <span class="tp">sfc<span class="dash">-</span>result</span></span></a><span class="kw op">.</span><a class="pp" href="#sfc_result_fs_rstate">rstate<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span><span class="lq">sfc<span class="dash">-</span>result<span class="fslash">/</span></span>rstate: <span class="tp sp">(</span><span class="tp">sfc<span class="dash">-</span>result</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> sfc</span></a>
+    <a class="pp">sfc<span class="pc">sfc: <span class="tp">sfc<span class="dash">-</span>result</span></span></a><span class="kw op">.</span><a class="pp" href="#sfc_result_fs_rnd">rnd<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span><span class="lq">sfc<span class="dash">-</span>result<span class="fslash">/</span></span>rnd: <span class="tp sp">(</span><span class="tp">sfc<span class="dash">-</span>result</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">601</span><span class="op">&gt;|$</span><span class="number">592</span><span class="op">&gt;</span> int32</span></a>
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">random</span><span class="tp op">|$</span><span class="number">592</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">591</span></span></a>(</span>)
 
 
 <span class="comment">// Return a random boolean
@@ -112,8 +112,8 @@
 
 
 <span class="comment">// Returns one of its arguments &#96;x&#96;  or &#96;y&#96;  based on a non-deterministic choice.
-</span><span class="decl-fun" id="choose"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#choose">choose<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>choose: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp tv">a</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">567</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">567</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="number">580</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp" href="#srandom_bool">srandom-bool<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>srandom<span class="dash">-</span>bool: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">bool</span></span></a>() <span class="kw">then</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">567</span></span></a> <span class="kw">else</span> </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">567</span></span></a>
+</span><span class="decl-fun" id="choose"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#choose">choose<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>choose: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp tv">a</span></span></a>( <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">918</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">918</span></span></a><span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="number">931</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#srandom_bool">srandom-bool<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>srandom<span class="dash">-</span>bool: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">bool</span></span></a>() <span class="kw">then</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">918</span></span></a> <span class="kw">else</span> </span><a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">918</span></span></a>
 
 <span class="comment">// Return a strong random boolean
 </span><span class="decl-fun" id="srandom_bool"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random.html#srandom_bool">srandom-bool<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>srandom<span class="dash">-</span>bool: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">bool</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">ndet</span> <span class="tp">bool</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
diff --git a/doc/std_num_random.html b/doc/std_num_random.html
index e8607e926..4f9c6324e 100644
--- a/doc/std_num_random.html
+++ b/doc/std_num_random.html
@@ -46,7 +46,7 @@ <h1 class="synopsis">Random numbers.
 of 2<sup>32. It has a 96-bit state, so the average period is 2</sup>127.
 The chance of a cycle of less than 2<sup>(32+max(96-k,0)) is 2</sup>-(32+k),
 (e.g. the chance of a cycle of less than 2<sup>48 is 2</sup>-80).
-<a href="https://pracrand.sourceforge.net/RNG_engines.txt" class="texturl monospace externalref">https://&#8203;pracrand.&#8203;sourceforge.&#8203;net/&#8203;RNG_&#8203;engines.&#8203;txt</a>.
+<a href="https://pracrand.sourceforge.net/RNG_engines.txt" class="texturl monospace">https://&#8203;pracrand.&#8203;sourceforge.&#8203;net/&#8203;RNG_&#8203;engines.&#8203;txt</a>.
 </p></div><div class="nested"><div class="decl" id="sfc_init"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_random-source.html#sfc_init">sfc<span class="dash">-</span>init</a></span>( <span class="tp tpp">seed</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_sfc"><span class="tp">sfc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc: <span class="co">V</span></span></a></div></div><div class="decl" id="sfc_init32"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_random-source.html#sfc_init32">sfc<span class="dash">-</span>init32</a></span>( <span class="tp tpp">seed1</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>, <span class="tp tpp">seed2</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_sfc"><span class="tp">sfc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc: <span class="co">V</span></span></a></div></div><div class="decl" id="sfc_step"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_random-source.html#sfc_step">sfc<span class="dash">-</span>step</a></span>( <span class="tp tpp">sfc</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_sfc"><span class="tp">sfc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_sfc_result"><span class="tp">sfc<span class="dash">-</span>result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>result: <span class="co">V</span></span></a></div></div></div></div>
 <div class="decl" id="type_space_sfc_result"><div class="header code"><span class="def"><span class="kw">struct</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_random-source.html#type_space_sfc_result"><span class="tp">sfc<span class="dash">-</span>result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>result: <span class="co">V</span></span></a></span></span><span class="tp"></span>(<span class="param">rnd</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a>,&nbsp;<span class="param">rstate</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_sfc"><span class="tp">sfc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc: <span class="co">V</span></span></a>)</div><div class="nested"><div class="decl" id="sfc_result_fs_rnd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_num_random-source.html#sfc_result_fs_rnd"><span class="lq">sfc<span class="dash">-</span>result<span class="fslash">/</span></span>rnd</a></span>( <span class="tp op">^</span><a class="pp" href="#type_space_sfc_result"><span class="tp">sfc<span class="dash">-</span>result</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>random<span class="fslash last">/</span></span>sfc<span class="dash">-</span>result: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
diff --git a/doc/std_os_env.html b/doc/std_os_env.html
index 3382e026e..86772b032 100644
--- a/doc/std_os_env.html
+++ b/doc/std_os_env.html
@@ -75,7 +75,7 @@ <h1 class="synopsis">Access to the program environment and command line argument
 <p class="p indent">Note: Usually this equals the <code class="koka"><a class="pp" href="#get_cpu_size_bits">get<span class="dash">-</span>cpu<span class="dash">-</span>size<span class="dash">-</span>bits<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>env<span class="fslash last">/</span></span>get<span class="dash">-</span>cpu<span class="dash">-</span>size<span class="dash">-</span>bits: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">ndet</span> <span class="tp">int</span></span></a></code> and <code class="koka"><a class="pp" href="#get_cpu_pointer_bits">get<span class="dash">-</span>cpu<span class="dash">-</span>pointer<span class="dash">-</span>bits<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>env<span class="fslash last">/</span></span>get<span class="dash">-</span>cpu<span class="dash">-</span>pointer<span class="dash">-</span>bits: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">ndet</span> <span class="tp">int</span></span></a></code> on modern cpu&#39;s
 but they can differ on segmented architectures.
 For example, on the old x86 FAR-NEAR model, the addresses are 32-bit but the integer register size is 16-bit.
-Or on the more recent-<a href="https://en.wikipedia.org/wiki/X32_ABI" class="externalref">x32 ABI</a>
+Or on the more recent-<a href="https://en.wikipedia.org/wiki/X32_ABI">x32 ABI</a>
 the addresses and object sizes are 32-bits but the architecture has 64-bit integer registers.
 </p></div></div>
 <div class="decl" id="get_cpu_is_little_endian"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_os_env-source.html#get_cpu_is_little_endian">get<span class="dash">-</span>cpu<span class="dash">-</span>is<span class="dash">-</span>little<span class="dash">-</span>endian</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_ndet"><span class="tp">ndet</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a></div><div class="doc koka comment">
diff --git a/doc/std_os_flags-source.html b/doc/std_os_flags-source.html
index cdc16a149..0b02a06f0 100644
--- a/doc/std_os_flags-source.html
+++ b/doc/std_os_flags-source.html
@@ -163,7 +163,7 @@
 <span class="comment">// Return a nicely formatted string describing the usage of a command,
 // consisting of a &#96;header&#96; followed by the descriptions of the &#96;flags&#96;.
 // The default header is &#96;&#96;"usage:\n program [flags] arguments\n\nflags:"&#96;&#96;.
-</span><span class="decl-fun" id="usage"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#usage">usage<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>usage: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">flags</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">header</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">flags<span class="pc">flags: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2229</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_flag"><span class="tp">flag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>, <a class="pp">header<span class="pc">header: <span class="tp sp">?</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">"usage:\n program [flags] arguments\n\nflags:"<span class="pc">literal: <span class="tp">string</span><br>count= 41</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+</span><span class="decl-fun" id="usage"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#usage">usage<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>usage: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">flags</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">header</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">flags<span class="pc">flags: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2040</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_flag"><span class="tp">flag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>, <a class="pp">header<span class="pc">header: <span class="tp sp">?</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">"usage:\n program [flags] arguments\n\nflags:"<span class="pc">literal: <span class="tp">string</span><br>count= 41</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
 
   <span class="decl-fun" id="align_left"><span class="kw">fun</span> <a class="pp">align-left<span class="pc">align<span class="dash">-</span>left: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>
     <span class="kw">val</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="kw">=</span> <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>){ <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#count">count<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>count: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a> })<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#maximum">maximum<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>maximum: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">int</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int</span></span></a>
@@ -172,27 +172,27 @@
   <span class="decl-fun" id="paste"><span class="kw">fun</span> <a class="pp">paste<span class="pc">paste: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">z</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp">string</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
     (<a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">x<span class="pc">x: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"  "<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">y<span class="pc">y: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"  "<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">z<span class="pc">z: <span class="tp">string</span></span></a></span>)
 
-  <span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">shorts<span class="pc">shorts: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">longs<span class="pc">longs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">helps<span class="pc">helps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp">flags<span class="pc">flags: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2229</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2229</span><span class="op">&gt;</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2229</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>(string, string, string)<span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>list<span class="op">&lt;</span>(string, string, string)<span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#show_flag">show-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>flag: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2229</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>(string, string, string)<span class="op">&gt;</span></span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#concat">concat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat: <span class="tp sp">(</span><span class="tp tpp">xss</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#unzip3">unzip3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip3: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>
+  <span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">shorts<span class="pc">shorts: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">longs<span class="pc">longs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">helps<span class="pc">helps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp">flags<span class="pc">flags: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2040</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2040</span><span class="op">&gt;</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2040</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>(string, string, string)<span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>list<span class="op">&lt;</span>(string, string, string)<span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#show_flag">show-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>flag: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">2040</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>(string, string, string)<span class="op">&gt;</span></span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#concat">concat<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>concat: <span class="tp sp">(</span><span class="tp tpp">xss</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#unzip3">unzip3<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unzip3: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span></span></a>
   <span class="kw">val</span> <a class="pp">table<span class="pc">table: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="kw">=</span> <a class="pp" href="#zipWith3">zipWith3<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">paste<span class="pc">paste: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">z</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>, <a class="pp">shorts<span class="pc">shorts: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp">align-left<span class="pc">align<span class="dash">-</span>left: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">longs<span class="pc">longs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp">align-left<span class="pc">align<span class="dash">-</span>left: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">helps<span class="pc">helps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> )
   (<a class="pp">header<span class="pc">header: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"\n"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">table<span class="pc">table: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#unlines">unlines<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>unlines: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a></span>)
 
-<span class="decl-fun" id="show_flag"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#show_flag">show-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>flag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_flag"><span class="tp">flag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>
-  <span class="kw">val</span> <a class="pp">short<span class="pc">short: <span class="tp">string</span></span></a> <span class="kw">=</span> <a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_short_names">short-names<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>short<span class="dash">-</span>names: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>){ <a class="pp">"-"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#char_fs_string">string<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">char<span class="fslash">/</span></span>string: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#show_short_flag">show-short-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>short<span class="dash">-</span>flag: <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a>(<a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_parser">parser<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>parser: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> flag<span class="dash">-</span>parser<span class="op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a>) })<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
-  <span class="kw">val</span> <a class="pp">long<span class="pc">long: <span class="tp">string</span></span></a>  <span class="kw">=</span> <a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_long_names">long-names<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>long<span class="dash">-</span>names: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>string<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">name</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">name<span class="pc">name: <span class="tp">string</span></span></a>){ <a class="pp">"--"<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">name<span class="pc">name: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#show_long_flag">show-long-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>long<span class="dash">-</span>flag: <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a>(<a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_parser">parser<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>parser: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> flag<span class="dash">-</span>parser<span class="op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a>) })<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
-  <span class="kw">match</span> (<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#lines">lines<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>lines: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_help">help<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>help: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1720</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a>))
+<span class="decl-fun" id="show_flag"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#show_flag">show-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>flag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_flag"><span class="tp">flag</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple3"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple3: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>
+  <span class="kw">val</span> <a class="pp">short<span class="pc">short: <span class="tp">string</span></span></a> <span class="kw">=</span> <a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_short_names">short-names<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>short<span class="dash">-</span>names: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>){ <a class="pp">"-"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#char_fs_string">string<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">char<span class="fslash">/</span></span>string: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#show_short_flag">show-short-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>short<span class="dash">-</span>flag: <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a>(<a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_parser">parser<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>parser: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> flag<span class="dash">-</span>parser<span class="op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a>) })<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
+  <span class="kw">val</span> <a class="pp">long<span class="pc">long: <span class="tp">string</span></span></a>  <span class="kw">=</span> <a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_long_names">long-names<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>long<span class="dash">-</span>names: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> list<span class="op">&lt;</span>string<span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>(<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">name</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">name<span class="pc">name: <span class="tp">string</span></span></a>){ <a class="pp">"--"<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">name<span class="pc">name: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp" href="#show_long_flag">show-long-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>long<span class="dash">-</span>flag: <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a>(<a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_parser">parser<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>parser: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> flag<span class="dash">-</span>parser<span class="op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a>) })<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#joinsep_fs_join">join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">joinsep<span class="fslash">/</span></span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">sep</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>(<a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>)
+  <span class="kw">match</span> (<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#lines">lines<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>lines: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">flag<span class="pc">flag: <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#flag_fs_help">help<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span><span class="lq">flag<span class="fslash">/</span></span>help: <span class="tp sp">(</span><span class="tp tpp">flag</span> <span class="tp kw op">:</span> <span class="tp">flag</span><span class="tp op">&lt;$</span><span class="number">1491</span><span class="op">&gt;</span>) <span class="kw op">-></span> string</span></a>))
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">hd<span class="pc">hd: <span class="tp">string</span></span></a>,<a class="pp">tl<span class="pc">tl: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">short<span class="pc">short: <span class="tp">string</span></span></a>,<a class="pp">long<span class="pc">long: <span class="tp">string</span></span></a>,<a class="pp">hd<span class="pc">hd: <span class="tp">string</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a> <a class="pp">tl<span class="pc">tl: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>){ <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>,<a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>,<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a>})
     <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>         <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a><a class="pp">short<span class="pc">short: <span class="tp">string</span></span></a>,<a class="pp">long<span class="pc">long: <span class="tp">string</span></span></a>,<a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple3"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tpp">thd</span> <span class="tp kw op">:</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
 
 
-<span class="decl-fun" id="show_short_flag"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#show_short_flag">show-short-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>short<span class="dash">-</span>flag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1020</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_flag_parser"><span class="tp">flag-parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag<span class="dash">-</span>parser: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
-  <span class="kw">match</span>(<a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1020</span><span class="op">&gt;</span></span></a>)
+<span class="decl-fun" id="show_short_flag"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#show_short_flag">show-short-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>short<span class="dash">-</span>flag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1337</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_flag_parser"><span class="tp">flag-parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag<span class="dash">-</span>parser: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">match</span>(<a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1337</span><span class="op">&gt;</span></span></a>)
     <a class="pp" href="#con_space_Bool"><span class="co">Bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Bool: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>
     <a class="pp" href="#con_space_Req"><span class="co">Req</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Req: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parse</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">help</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( help<span class="kw">=</span><a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> ) <span class="kw op">-></span> <a class="pp">"&lt;"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"&gt;"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a>
     <a class="pp" href="#con_space_Opt"><span class="co">Opt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Opt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parse</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">help</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( help<span class="kw">=</span><a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> ) <span class="kw op">-></span> <a class="pp">"["<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"]"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
 
 
-<span class="decl-fun" id="show_long_flag"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#show_long_flag">show-long-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>long<span class="dash">-</span>flag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">949</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_flag_parser"><span class="tp">flag-parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag<span class="dash">-</span>parser: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
-  <span class="kw">match</span>(<a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">949</span><span class="op">&gt;</span></span></a>)
+<span class="decl-fun" id="show_long_flag"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#show_long_flag">show-long-flag<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>show<span class="dash">-</span>long<span class="dash">-</span>flag: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parser</span> <span class="tp kw op">:</span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1420</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_flag_parser"><span class="tp">flag-parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>flag<span class="dash">-</span>parser: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">string</span></span></a>
+  <span class="kw">match</span>(<a class="pp">parser<span class="pc">parser: <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp op">&lt;$</span><span class="number">1420</span><span class="op">&gt;</span></span></a>)
     <a class="pp" href="#con_space_Bool"><span class="co">Bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Bool: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(&#95;) <span class="kw op">-></span> <a class="pp">""<span class="pc">literal: <span class="tp">string</span><br>count= 0</span></a>
     <a class="pp" href="#con_space_Req"><span class="co">Req</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Req: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parse</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">help</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( help<span class="kw">=</span><a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> ) <span class="kw op">-></span> <a class="pp">"="<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a>
     <a class="pp" href="#con_space_Opt"><span class="co">Opt</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Opt: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">parse</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">help</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>parser</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( help<span class="kw">=</span><a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> ) <span class="kw op">-></span> <a class="pp">"[="<span class="pc">literal: <span class="tp">string</span><br>count= 2</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">h<span class="pc">h: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"]"<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>
@@ -324,17 +324,17 @@
 
   <a class="pp">fs<span class="pc">fs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">flag<span class="dash">-</span>kind</span><span class="tp op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#flatmap">flatmap<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>flatmap: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">flag<span class="dash">-</span>kind</span><span class="tp op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">flag<span class="dash">-</span>kind</span><span class="tp op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3244</span><span class="op">&gt;</span>) list<span class="op">&lt;</span>flag<span class="dash">-</span>kind<span class="op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3244</span><span class="op">&gt;</span>) list<span class="op">&lt;</span>flag<span class="dash">-</span>kind<span class="op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#maybe_fs_list">list<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span><span class="lq">maybe<span class="fslash">/</span></span>list: <span class="tp sp">(</span><span class="tp tpp">m</span> <span class="tp kw op">:</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp">flag<span class="dash">-</span>kind</span><span class="tp op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> (local<span class="op">&lt;$</span><span class="number">3244</span><span class="op">&gt;</span>) list<span class="op">&lt;</span>flag<span class="dash">-</span>kind<span class="op">&lt;$</span><span class="number">3235</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a></span>)
 
-<span class="decl-fun" id="error_ambiguous"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_ambiguous">error-ambiguous<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>ambiguous: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">applicable</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">applicable<span class="pc">applicable: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2584</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">6199</span><span class="op">&gt;</span></span></a>
+<span class="decl-fun" id="error_ambiguous"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_ambiguous">error-ambiguous<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>ambiguous: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">applicable</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">applicable<span class="pc">applicable: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2395</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">5821</span><span class="op">&gt;</span></span></a>
   <span class="kw">val</span> <a class="pp">header<span class="pc">header: <span class="tp">string</span></span></a> <span class="kw">=</span> <a class="pp">"flag \""<span class="pc">literal: <span class="tp">string</span><br>count= 6</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"\" is ambiguous. It could be one of:"<span class="pc">literal: <span class="tp">string</span><br>count= 35</span></a>
-  <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="#usage">usage<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>usage: <span class="tp sp">(</span><span class="tp tpp">flags</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2584</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">header</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">applicable<span class="pc">applicable: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2584</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">header<span class="pc">header: <span class="tp">string</span></span></a> ) </span>)
+  <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="#usage">usage<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>usage: <span class="tp sp">(</span><span class="tp tpp">flags</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2395</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">header</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>( <a class="pp">applicable<span class="pc">applicable: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">flag</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2395</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">header<span class="pc">header: <span class="tp">string</span></span></a> ) </span>)
 
-<span class="decl-fun" id="error_required"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_required">error-required<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>required: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">help</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">help<span class="pc">help: <span class="tp">string</span></span></a>, <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">3501</span><span class="op">&gt;</span></span></a>
+<span class="decl-fun" id="error_required"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_required">error-required<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>required: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">help</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">help<span class="pc">help: <span class="tp">string</span></span></a>, <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">5947</span><span class="op">&gt;</span></span></a>
   <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">"flag \""<span class="pc">literal: <span class="tp">string</span><br>count= 6</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"\" requires an argument "<span class="pc">literal: <span class="tp">string</span><br>count= 23</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">help<span class="pc">help: <span class="tp">string</span></span></a></span>)
 
-<span class="decl-fun" id="error_negate"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_negate">error-negate<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>negate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">flagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">flagname<span class="pc">flagname: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">3287</span><span class="op">&gt;</span></span></a>
+<span class="decl-fun" id="error_negate"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_negate">error-negate<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>negate: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">flagname</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">flagname<span class="pc">flagname: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">6041</span><span class="op">&gt;</span></span></a>
   <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">"flag \"--"<span class="pc">literal: <span class="tp">string</span><br>count= 8</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">flagname<span class="pc">flagname: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"\" cannot be negated"<span class="pc">literal: <span class="tp">string</span><br>count= 19</span></a> )</span>;
 
-<span class="decl-fun" id="error_noarg"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_noarg">error-noarg<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>noarg: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">3381</span><span class="op">&gt;</span></span></a>
+<span class="decl-fun" id="error_noarg"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_noarg">error-noarg<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>noarg: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">6135</span><span class="op">&gt;</span></span></a>
   <a class="pp" href="#con_space_Error"><span class="co">Error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>Error: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">"flag \""<span class="pc">literal: <span class="tp">string</span><br>count= 6</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"\" does not take an argument"<span class="pc">literal: <span class="tp">string</span><br>count= 27</span></a></span>)
 
 <span class="decl-fun" id="error_unknown"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#error_unknown">error-unknown<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>error<span class="dash">-</span>unknown: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">opt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">flag<span class="dash">-</span>kind</span><span class="tp sp">&lt;</span><span class="number">6247</span><span class="op">&gt;</span></span></a>
@@ -344,20 +344,20 @@
   ( <a class="pp">"unrecognized flag \""<span class="pc">literal: <span class="tp">string</span><br>count= 19</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">opt<span class="pc">opt: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a> <a class="pp">"\""<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a></span>)
 
 
-<span class="decl-fun" id="zipWith3"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#zipWith3">zipWith3<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2170</span>, <span class="op">$</span><span class="number">2171</span>, <span class="op">$</span><span class="number">2172</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2174</span> <span class="op">$</span><span class="number">2173</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2170</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2171</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2172</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2213</span> list<span class="op">&lt;</span><span class="number">2212</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#zipWith3Acc">zipWith3Acc<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3Acc: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2170</span>, <span class="op">$</span><span class="number">2171</span>, <span class="op">$</span><span class="number">2172</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2174</span> <span class="op">$</span><span class="number">2173</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span>, xs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2170</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2171</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2172</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2174</span> list<span class="op">&lt;$</span><span class="number">2173</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">2170</span>, <span class="op">$</span><span class="number">2171</span>, <span class="op">$</span><span class="number">2172</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2174</span> <span class="op">$</span><span class="number">2173</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2170</span><span class="op">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2171</span><span class="op">&gt;</span></span></a>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2172</span><span class="op">&gt;</span></span></a> </span>)
+<span class="decl-fun" id="zipWith3"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#zipWith3">zipWith3<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1981</span>, <span class="op">$</span><span class="number">1982</span>, <span class="op">$</span><span class="number">1983</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1985</span> <span class="op">$</span><span class="number">1984</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1981</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1982</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">b</span><span class="pc">b: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1983</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">c</span><span class="pc">c: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2024</span> list<span class="op">&lt;</span><span class="number">2023</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">d</span><span class="pc">d: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#zipWith3Acc">zipWith3Acc<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3Acc: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1981</span>, <span class="op">$</span><span class="number">1982</span>, <span class="op">$</span><span class="number">1983</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1985</span> <span class="op">$</span><span class="number">1984</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1984</span><span class="op">&gt;</span>, xs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1981</span><span class="op">&gt;</span>, ys <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1982</span><span class="op">&gt;</span>, zs <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1983</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1985</span> list<span class="op">&lt;$</span><span class="number">1984</span><span class="op">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">1981</span>, <span class="op">$</span><span class="number">1982</span>, <span class="op">$</span><span class="number">1983</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1985</span> <span class="op">$</span><span class="number">1984</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1981</span><span class="op">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1982</span><span class="op">&gt;</span></span></a>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1983</span><span class="op">&gt;</span></span></a> </span>)
 
 
-<span class="decl-fun" id="zipWith3Acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#zipWith3Acc">zipWith3Acc<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3Acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;2104</span><span class="tp sp">,</span> <span class="tp tv">&#95;2117</span><span class="tp sp">,</span> <span class="tp tv">&#95;2130</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp tv">&#95;2110</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2104</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2117</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2130</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>
-  <span class="kw">match</span>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2104</span><span class="tp sp">&gt;</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;2104</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2104</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span>
-      <span class="kw">match</span>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2117</span><span class="tp sp">&gt;</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>)
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;2117</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2117</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span>
-          <span class="kw">match</span> (<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2130</span><span class="tp sp">&gt;</span></span></a>)
-            <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;2130</span></span></a>,<a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2130</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#zipWith3Acc">zipWith3Acc<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3Acc: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;2104</span><span class="tp sp">,</span> <span class="tp tv">&#95;2117</span><span class="tp sp">,</span> <span class="tp tv">&#95;2130</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp tv">&#95;2110</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2104</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2117</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2130</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;2104</span><span class="tp sp">,</span> <span class="tp tv">&#95;2117</span><span class="tp sp">,</span> <span class="tp tv">&#95;2130</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp tv">&#95;2110</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;2104</span><span class="tp sp">,</span> <span class="tp tv">&#95;2117</span><span class="tp sp">,</span> <span class="tp tv">&#95;2130</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp tv">&#95;2110</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;2104</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;2117</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;2130</span></span></a>), <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>), <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2104</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2117</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2130</span><span class="tp sp">&gt;</span></span></a>)
-            &#95;          <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;2094</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;2110</span><span class="tp sp">&gt;</span></span></a></span>)
+<span class="decl-fun" id="zipWith3Acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_flags.html#zipWith3Acc">zipWith3Acc<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3Acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">,</span><span class="tp tv">c</span><span class="tp sp">,</span><span class="tp tv">d</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">,</span> <span class="tp tv">c</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp tv">d</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">b</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">c</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">d</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;1915</span><span class="tp sp">,</span> <span class="tp tv">&#95;1928</span><span class="tp sp">,</span> <span class="tp tv">&#95;1941</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp tv">&#95;1921</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1915</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1928</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1941</span><span class="tp sp">&gt;</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>
+  <span class="kw">match</span>(<a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1915</span><span class="tp sp">&gt;</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;1915</span></span></a>,<a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1915</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span>
+      <span class="kw">match</span>(<a class="pp">ys<span class="pc">ys: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1928</span><span class="tp sp">&gt;</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>)
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;1928</span></span></a>,<a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1928</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span>
+          <span class="kw">match</span> (<a class="pp">zs<span class="pc">zs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1941</span><span class="tp sp">&gt;</span></span></a>)
+            <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;1941</span></span></a>,<a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1941</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#zipWith3Acc">zipWith3Acc<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>flags<span class="fslash last">/</span></span>zipWith3Acc: <span class="tp sp">(</span><span class="tp tpp">f</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">&#95;1915</span><span class="tp sp">,</span> <span class="tp tv">&#95;1928</span><span class="tp sp">,</span> <span class="tp tv">&#95;1941</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp tv">&#95;1921</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1915</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">ys</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1928</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">zs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1941</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;1915</span><span class="tp sp">,</span> <span class="tp tv">&#95;1928</span><span class="tp sp">,</span> <span class="tp tv">&#95;1941</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp tv">&#95;1921</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">f<span class="pc">f: <span class="tp sp">(</span><span class="tp tv">&#95;1915</span><span class="tp sp">,</span> <span class="tp tv">&#95;1928</span><span class="tp sp">,</span> <span class="tp tv">&#95;1941</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp tv">&#95;1921</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;1915</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp tv">&#95;1928</span></span></a>,<a class="pp">z<span class="pc">z: <span class="tp tv">&#95;1941</span></span></a>), <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>), <a class="pp">xx<span class="pc">xx: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1915</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">yy<span class="pc">yy: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1928</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">zz<span class="pc">zz: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1941</span><span class="tp sp">&gt;</span></span></a>)
+            &#95;          <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">&#95;1905</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">&#95;1921</span><span class="tp sp">&gt;</span></span></a></span>)
 
 
 </pre>
diff --git a/doc/std_os_path.html b/doc/std_os_path.html
index 01628dbc3..4da1cbce1 100644
--- a/doc/std_os_path.html
+++ b/doc/std_os_path.html
@@ -39,7 +39,7 @@ <h1 class="synopsis">File system paths.</h1>
 </p>
 <p class="p indent">A <code class="koka"><a class="pp" href="#type_space_path"><span class="tp">path</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>path<span class="fslash last">/</span></span>path: <span class="co">V</span></span></a></code> is always normalized. For a sequence of directories, any
 empty directory or <code class="code code2">.</code> directory is ignored.
-A directory followed by <code class="code code2">..</code> is also ignored &#8211; this is the&nbsp;<a href="https://9p.io/sys/doc/lexnames.html" class="externalref">Plan 9</a>
+A directory followed by <code class="code code2">..</code> is also ignored &#8211; this is the&nbsp;<a href="https://9p.io/sys/doc/lexnames.html">Plan 9</a>
 interpretation of paths where <code class="code code2">..</code> is considered lexically.
 If parent directories should be resolved through symbolic links,
 the <code class="koka">realpath</code> function should be used (which has the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#type_space_io"><span class="tp">io</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>io: <span class="co">E</span></span></a></code> effect though).
diff --git a/doc/std_os_task-source.html b/doc/std_os_task-source.html
index 7870f957d..d74e9906a 100644
--- a/doc/std_os_task-source.html
+++ b/doc/std_os_task-source.html
@@ -36,7 +36,7 @@
 </span><span class="decl-type" id="type_space_promise"><span class="kw">abstract</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Promise"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#promise_fs_promise">promise<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">promise<span class="fslash">/</span></span>promise: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">promise</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a></span></span>
 
-<span class="tp">noinline</span> <span class="decl-fun" id="unsafe__task"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe__task">unsafe&#95;task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;task: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">any</span></span></a>( <a class="pp">work<span class="pc">work: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">233</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>
+<span class="tp">noinline</span> <span class="decl-fun" id="unsafe__task"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe__task">unsafe&#95;task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;task: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">any</span></span></a>( <a class="pp">work<span class="pc">work: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">178</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;task&#95;schedule"</span></span>
 
 noinline <span class="decl-fun" id="unsafe__await"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe__await">unsafe&#95;await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;await: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
@@ -50,20 +50,20 @@
 
 
 <span class="comment">// Spark a pure computation in a separate thread of control.
-</span><span class="decl-fun" id="task"><span class="kw">pub</span> noinline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#task">task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>task: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">work<span class="pc">work: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">362</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="number">382</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#con_space_Promise"><span class="co">Promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>Promise: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">promise</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="#unsafe__task">unsafe&#95;task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;task: <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">362</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>( <a class="pp">work<span class="pc">work: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">exn</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">362</span></span></a> ) </span>)
+</span><span class="decl-fun" id="task"><span class="kw">pub</span> noinline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#task">task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>task: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">work<span class="pc">work: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">231</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="number">251</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#con_space_Promise"><span class="co">Promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>Promise: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">promise</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="#unsafe__task">unsafe&#95;task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;task: <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">231</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>( <a class="pp">work<span class="pc">work: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">exn</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">231</span></span></a> ) </span>)
 
 <span class="comment">// Await the result of a promise.
-</span><span class="decl-fun" id="await"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#await">await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>await: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">280</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="number">298</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#unsafe__await">unsafe&#95;await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;await: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">exn</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">280</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">280</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#promise_fs_promise">promise<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">promise<span class="fslash">/</span></span>promise: <span class="tp sp">(</span><span class="tp tpp">promise</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">280</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a> </span>)
+</span><span class="decl-fun" id="await"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#await">await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>await: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">256</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="number">274</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#unsafe__await">unsafe&#95;await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe&#95;await: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">div</span><span class="tp sp">,</span><span class="tp">exn</span><span class="tp sp">&gt;</span> <span class="tp op">$</span><span class="number">256</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">256</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#promise_fs_promise">promise<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">promise<span class="fslash">/</span></span>promise: <span class="tp sp">(</span><span class="tp tpp">promise</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">256</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a> </span>)
 
 <span class="comment">// Await the result of a list of promises.
-</span><span class="decl-fun" id="list_fs_await"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#list_fs_await">list/await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>await: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">431</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> <span class="op">$</span><span class="number">387</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#await">await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>await: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">387</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> <span class="op">$</span><span class="number">387</span></span></a></span>)
+</span><span class="decl-fun" id="list_fs_await"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#list_fs_await">list/await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>await: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">279</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_promise"><span class="tp">promise</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>promise: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">323</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">279</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">279</span><span class="op">&gt;</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">279</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> <span class="op">$</span><span class="number">279</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">279</span><span class="op">&gt;</span></span></a>(<a class="pp" href="#await">await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>await: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">279</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> <span class="op">$</span><span class="number">279</span></span></a></span>)
 
 <span class="comment">// Run a list of pure computations in parallel.
-</span><span class="decl-fun" id="parallel"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#parallel">parallel<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>parallel: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">436</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">511</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">436</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">436</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">436</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> promise<span class="op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> list<span class="op">&lt;</span>promise<span class="op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>( <a class="pp" href="#task">task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>task: <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">436</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> promise<span class="op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span></span></a> )<span class="kw op">.</span><a class="pp" href="#list_fs_await">await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>await: <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">436</span><span class="op">&gt;</span></span></a></span>
+</span><span class="decl-fun" id="parallel"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#parallel">parallel<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>parallel: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">328</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="number">403</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">xs<span class="pc">xs: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">328</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#map">map<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>map: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">328</span><span class="op">&gt;</span>, f <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">328</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> promise<span class="op">&lt;$</span><span class="number">328</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> list<span class="op">&lt;</span>promise<span class="op">&lt;$</span><span class="number">328</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>( <a class="pp" href="#task">task<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>task: <span class="tp sp">(</span><span class="tp tpp">work</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp op">$</span><span class="number">328</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> promise<span class="op">&lt;$</span><span class="number">328</span><span class="op">&gt;</span></span></a> )<span class="kw op">.</span><a class="pp" href="#list_fs_await">await<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">list<span class="fslash">/</span></span>await: <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">promise</span><span class="tp op">&lt;$</span><span class="number">328</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">328</span><span class="op">&gt;</span></span></a></span>
 
 
 <span class="comment">/&#42;
@@ -82,23 +82,23 @@
 <span class="decl-type" id="type_space_lvar"><span class="kw">abstract</span> <span class="tp kw">struct</span> <span class="decl-con" id="con_space_Lvar"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#lvar_fs_lv">lv<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">lvar<span class="fslash">/</span></span>lv: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a></span></span>
 
-<span class="tp">noinline</span> <span class="decl-fun" id="unsafe_lvar"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe_lvar">unsafe-lvar<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>lvar: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">any</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">216</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>
+<span class="tp">noinline</span> <span class="decl-fun" id="unsafe_lvar"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe_lvar">unsafe-lvar<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>lvar: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">any</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">408</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;lvar&#95;alloc"</span></span>
 
-noinline <span class="decl-fun" id="unsafe_put"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe_put">unsafe-put<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>put: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">monotonic<span class="dash">-</span>combine</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">259</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">monotonic-combine<span class="pc">monotonic<span class="dash">-</span>combine: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">259</span>, <span class="op">$</span><span class="number">259</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">259</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+noinline <span class="decl-fun" id="unsafe_put"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe_put">unsafe-put<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>put: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">monotonic<span class="dash">-</span>combine</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">425</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">monotonic-combine<span class="pc">monotonic<span class="dash">-</span>combine: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">425</span>, <span class="op">$</span><span class="number">425</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">425</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;lvar&#95;put"</span></span>
 
-noinline <span class="decl-fun" id="unsafe_get"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe_get">unsafe-get<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">bot</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">is<span class="dash">-</span>gte</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>, <a class="pp">bot<span class="pc">bot: <span class="tp op">$</span><span class="number">195</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">is-gte<span class="pc">is<span class="dash">-</span>gte: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">195</span>, <span class="op">$</span><span class="number">195</span>) <span class="kw op">-></span> int32</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+noinline <span class="decl-fun" id="unsafe_get"><span class="kw">extern</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#unsafe_get">unsafe-get<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">bot</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">is<span class="dash">-</span>gte</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">int32</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">any</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_any"><span class="tp">any</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>any: <span class="co">V</span></span></a>, <a class="pp">bot<span class="pc">bot: <span class="tp op">$</span><span class="number">446</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">is-gte<span class="pc">is<span class="dash">-</span>gte: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">446</span>, <span class="op">$</span><span class="number">446</span>) <span class="kw op">-></span> int32</span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int32"><span class="tp">int32</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int32: <span class="co">V</span></span></a> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   c <span class="st">"kk&#95;lvar&#95;get"</span></span>
 
-<span class="decl-fun" id="lvar"><span class="kw">pub</span> noinline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#lvar">lvar<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">339</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="number">357</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#con_space_Lvar"><span class="co">Lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>Lvar: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lv</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="#unsafe_lvar">unsafe-lvar<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>lvar: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">339</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>(<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">339</span></span></a>) </span>)
+<span class="decl-fun" id="lvar"><span class="kw">pub</span> noinline <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#lvar">lvar<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">467</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="number">485</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#con_space_Lvar"><span class="co">Lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>Lvar: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lv</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp" href="#unsafe_lvar">unsafe-lvar<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>lvar: <span class="tp sp">(</span><span class="tp tpp">init</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">467</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>(<a class="pp">init<span class="pc">init: <span class="tp op">$</span><span class="number">467</span></span></a>) </span>)
 
-<span class="decl-fun" id="put"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#put">put<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>put: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">monotonic<span class="dash">-</span>combine</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">516</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">516</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">monotonic-combine<span class="pc">monotonic<span class="dash">-</span>combine: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">516</span>, <span class="op">$</span><span class="number">516</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">516</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
-  <a class="pp" href="#unsafe_put">unsafe-put<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>put: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">516</span>, monotonic<span class="dash">-</span>combine <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">516</span>, <span class="op">$</span><span class="number">516</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">516</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> ()</span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">516</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lvar_fs_lv">lv<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">lvar<span class="fslash">/</span></span>lv: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">516</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">516</span></span></a>, <a class="pp">monotonic-combine<span class="pc">monotonic<span class="dash">-</span>combine: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">516</span>, <span class="op">$</span><span class="number">516</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">516</span></span></a> </span>)
+<span class="decl-fun" id="put"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#put">put<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>put: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">monotonic<span class="dash">-</span>combine</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">490</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">490</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">monotonic-combine<span class="pc">monotonic<span class="dash">-</span>combine: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">490</span>, <span class="op">$</span><span class="number">490</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">490</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">a</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
+  <a class="pp" href="#unsafe_put">unsafe-put<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>put: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">490</span>, monotonic<span class="dash">-</span>combine <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">490</span>, <span class="op">$</span><span class="number">490</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">490</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> ()</span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">490</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lvar_fs_lv">lv<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">lvar<span class="fslash">/</span></span>lv: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">490</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">490</span></span></a>, <a class="pp">monotonic-combine<span class="pc">monotonic<span class="dash">-</span>combine: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">490</span>, <span class="op">$</span><span class="number">490</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">490</span></span></a> </span>)
 
-<span class="decl-fun" id="get"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#get">get<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">bot</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">is<span class="dash">-</span>gte</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">303</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">bot<span class="pc">bot: <span class="tp op">$</span><span class="number">303</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">is-gte<span class="pc">is<span class="dash">-</span>gte: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">303</span>, <span class="op">$</span><span class="number">303</span>) <span class="kw op">-></span> bool</span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="number">334</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp" href="#unsafe_get">unsafe-get<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>get: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">bot</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">303</span>, is<span class="dash">-</span>gte <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">303</span>, <span class="op">$</span><span class="number">303</span>) <span class="kw op">-></span> int32) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> <span class="op">$</span><span class="number">303</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">303</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lvar_fs_lv">lv<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">lvar<span class="fslash">/</span></span>lv: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">303</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>, <a class="pp">bot<span class="pc">bot: <span class="tp op">$</span><span class="number">303</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">303</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">303</span>) <span class="kw op">-></span> int32</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">303</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">303</span></span></a>){ <span class="kw">if</span> (<a class="pp">is-gte<span class="pc">is<span class="dash">-</span>gte: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">303</span>, <span class="op">$</span><span class="number">303</span>) <span class="kw op">-></span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">303</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">303</span></span></a>)) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32-source.html#one">one<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>one: <span class="tp">int32</span></span></a> <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32-source.html#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a> } </span>)
+<span class="decl-fun" id="get"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_os_task.html#get">get<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>get: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">bot</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">is<span class="dash">-</span>gte</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="tp tv">a</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">517</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_lvar"><span class="tp">lvar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>lvar: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">bot<span class="pc">bot: <span class="tp op">$</span><span class="number">517</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">is-gte<span class="pc">is<span class="dash">-</span>gte: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">517</span>, <span class="op">$</span><span class="number">517</span>) <span class="kw op">-></span> bool</span></a><span class="tp kw op">:</span> <span class="tp sp">(</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">pure</span> <span class="number">548</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core-source.html#type_space_pure"><span class="tp"><span class="effect">pure</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>pure: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp" href="#unsafe_get">unsafe-get<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span>unsafe<span class="dash">-</span>get: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">any</span><span class="tp sp">,</span> <span class="tp tpp">bot</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">517</span>, is<span class="dash">-</span>gte <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp op">$</span><span class="number">517</span>, <span class="op">$</span><span class="number">517</span>) <span class="kw op">-></span> int32) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> <span class="op">$</span><span class="number">517</span></span></a>( <a class="pp">lvar<span class="pc">lvar: <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">517</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#lvar_fs_lv">lv<span class="pc"><span class="mo">std<span class="fslash">/</span>os<span class="fslash">/</span>task<span class="fslash last">/</span></span><span class="lq">lvar<span class="fslash">/</span></span>lv: <span class="tp sp">(</span><span class="tp tpp">lvar</span> <span class="tp kw op">:</span> <span class="tp">lvar</span><span class="tp op">&lt;$</span><span class="number">517</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>div,exn<span class="op">&gt;</span> any</span></a>, <a class="pp">bot<span class="pc">bot: <span class="tp op">$</span><span class="number">517</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">517</span>, y <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">517</span>) <span class="kw op">-></span> int32</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">517</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">517</span></span></a>){ <span class="kw">if</span> (<a class="pp">is-gte<span class="pc">is<span class="dash">-</span>gte: <span class="tp sp">(</span><span class="tp op">$</span><span class="number">517</span>, <span class="op">$</span><span class="number">517</span>) <span class="kw op">-></span> bool</span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">517</span></span></a>,<a class="pp">y<span class="pc">y: <span class="tp op">$</span><span class="number">517</span></span></a>)) <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32-source.html#one">one<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>one: <span class="tp">int32</span></span></a> <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_int32-source.html#zero">zero<span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>int32<span class="fslash last">/</span></span>zero: <span class="tp">int32</span></span></a> } </span>)
 
 </pre>
 
diff --git a/doc/std_text_parse-source.html b/doc/std_text_parse-source.html
index 3a91efcfb..c32c6a518 100644
--- a/doc/std_text_parse-source.html
+++ b/doc/std_text_parse-source.html
@@ -31,14 +31,14 @@
 <span class="decl-alias" id="type_space_parser"><span class="kw">pub</span> <span class="tp kw">alias</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw">=</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> </span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
 
 <a class="pp" href="#type_space_parse"><span class="tp">pub</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp kw">effect</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a>
-  <span class="kw">fun</span> <span class="decl-fun" id="satisfy">satisfy</span>( <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">727</span>, sslice)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">fun</span> <span class="decl-fun" id="satisfy">satisfy</span>( <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">555</span>, sslice)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span> ) <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
   <span class="kw">ctl</span> <span class="decl-fun" id="fail">fail</span>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>) <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
   <span class="kw">ctl</span> <span class="decl-fun" id="pick">pick</span>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_bool"><span class="tp">bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>bool: <span class="co">V</span></span></a>
   <span class="kw">fun</span> <span class="decl-fun" id="current_input">current<span class="dash">-</span>input</span>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>
 
-<span class="decl-fun" id="starts_with"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#starts_with">starts-with<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>starts<span class="dash">-</span>with: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">2621</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">2665</span>, sslice)<span class="op">&gt;</span></span></a>  <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#slice">slice<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>slice: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">sslice</span></span></a><span class="kw op">.</span><a class="pp" href="#parse">parse<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="tp tpp">input0</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">2621</span>) <span class="kw op">-></span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">2621</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">2621</span></span></a>)
-    <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2621</span></span></a>,<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2621</span></span></a>,<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>)
+<span class="decl-fun" id="starts_with"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#starts_with">starts-with<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>starts<span class="dash">-</span>with: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">1571</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="number">1615</span>, sslice)<span class="op">&gt;</span></span></a>  <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#slice">slice<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>slice: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">sslice</span></span></a><span class="kw op">.</span><a class="pp" href="#parse">parse<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="tp tpp">input0</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">1571</span>) <span class="kw op">-></span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1571</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">1571</span></span></a>)
+    <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1571</span></span></a>,<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a>) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1571</span></span></a>,<a class="pp">rest<span class="pc">rest: <span class="tp">sslice</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>)
     &#95;               <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>
 
 
@@ -46,66 +46,66 @@
   <span class="decl-con" id="con_space_ParseOk"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( result<span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#parse_error_fs_rest">rest<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span><span class="lq">parse<span class="dash">-</span>error<span class="fslash">/</span></span>rest: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a> </span>)
   <span class="decl-con" id="con_space_ParseError"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#con_space_ParseError"><span class="co">ParseError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseError: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( msg <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, rest <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a> </span></span>)
 
-<span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">perr</span> <span class="tp kw op">:</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">1562</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">1598</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">1562</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#either">either<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="tp tpp">perr</span> <span class="tp kw op">:</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">1562</span><span class="op">&gt;</span>) <span class="kw op">-></span> either<span class="op">&lt;</span>string,<span class="op">$</span><span class="number">1562</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either-source.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>maybe: <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">,</span><span class="tp op">$</span><span class="number">1562</span><span class="op">&gt;</span>) <span class="kw op">-></span> maybe<span class="op">&lt;$</span><span class="number">1562</span><span class="op">&gt;</span></span></a></span>
+<span class="decl-fun" id="maybe"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>maybe: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">perr</span> <span class="tp kw op">:</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">862</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="number">898</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">862</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#either">either<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="tp tpp">perr</span> <span class="tp kw op">:</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">862</span><span class="op">&gt;</span>) <span class="kw op">-></span> either<span class="op">&lt;</span>string,<span class="op">$</span><span class="number">862</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either-source.html#maybe">maybe<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either<span class="fslash last">/</span></span>maybe: <span class="tp sp">(</span><span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">,</span><span class="tp op">$</span><span class="number">862</span><span class="op">&gt;</span>) <span class="kw op">-></span> maybe<span class="op">&lt;$</span><span class="number">862</span><span class="op">&gt;</span></span></a></span>
 
-<span class="decl-fun" id="either"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#either">either<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>either: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">perr</span> <span class="tp kw op">:</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">,</span><span class="number">669</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">match</span> <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">636</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">636</span></span></a>,&#95;) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">636</span></span></a>)
+<span class="decl-fun" id="either"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#either">either<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>either: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">perr</span> <span class="tp kw op">:</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">824</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">total</span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">,</span><span class="number">857</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_either"><span class="tp">either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>either: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">match</span> <a class="pp">perr<span class="pc">perr: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">824</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">824</span></span></a>,&#95;) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Right"><span class="co">Right</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Right: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">right</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">824</span></span></a>)
     <a class="pp" href="#con_space_ParseError"><span class="co">ParseError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseError: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>,&#95;) <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Left"><span class="co">Left</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Left: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">left</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">either</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a></span>)
 
-<span class="decl-fun" id="parse_eof"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#parse_eof">parse-eof<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>eof: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">input</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2455</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2454</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2476</span> parse<span class="dash">-</span>error<span class="op">&lt;</span><span class="number">2475</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#parse">parse<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="tp tpp">input0</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2455</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2454</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2455</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">2454</span><span class="op">&gt;</span></span></a>(<a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>)
-    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2454</span></span></a> <span class="kw">=</span> <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2455</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2454</span></span></a>()
-    <a class="pp" href="#eof">eof<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>eof: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2455</span><span class="op">&gt;</span> ()</span></a>()
-    </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2454</span></span></a>
+<span class="decl-fun" id="parse_eof"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#parse_eof">parse-eof<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>eof: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">input</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1806</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1805</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1827</span> parse<span class="dash">-</span>error<span class="op">&lt;</span><span class="number">1826</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#parse">parse<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="tp tpp">input0</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1806</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1805</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">1806</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1805</span><span class="op">&gt;</span></span></a>(<a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>)
+    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1805</span></span></a> <span class="kw">=</span> <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1806</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1805</span></span></a>()
+    <a class="pp" href="#eof">eof<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>eof: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1806</span><span class="op">&gt;</span> ()</span></a>()
+    </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1805</span></span></a>
 
-<span class="decl-fun" id="parse"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#parse">parse<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">input0</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">input0<span class="pc">input0: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1802</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1801</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2447</span> parse<span class="dash">-</span>error<span class="op">&lt;</span><span class="number">2446</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">var</span> <a class="pp">input<span class="pc">input: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1811</span>,sslice<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">input0<span class="pc">input0: <span class="tp">sslice</span></span></a>
-  <a class="pp"><span class="kw">handle</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1801</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a> <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1802</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1801</span></span></a>
-    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">1801</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">1811</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;1848<span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1801</span></span></a>)
-      <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1801</span></span></a>,<a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>)
+<span class="decl-fun" id="parse"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#parse">parse<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">input0</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">input0<span class="pc">input0: <span class="tp">sslice</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">919</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">918</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">1564</span> parse<span class="dash">-</span>error<span class="op">&lt;</span><span class="number">1563</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="#type_space_parse_error"><span class="tp">parse-error</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse<span class="dash">-</span>error: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">var</span> <a class="pp">input<span class="pc">input: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">928</span>,sslice<span class="op">&gt;</span></span></a> <span class="kw op">:=</span> <a class="pp">input0<span class="pc">input0: <span class="tp">sslice</span></span></a>
+  <a class="pp"><span class="kw">handle</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp sp">,</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">918</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a> <a class="pp">p<span class="pc">p: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">919</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">918</span></span></a>
+    <a class="pp"><span class="kw">return</span><span class="pc">return: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp op">$</span><span class="number">918</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">928</span><span class="op">&gt;</span><span class="kw op">|</span>&#95;965<span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">918</span></span></a>)
+      <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">918</span></span></a>,<a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>)
 
-    <span class="kw">fun</span> <a class="pp">current-input<span class="pc">current<span class="dash">-</span>input: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> sslice</span></a>()
+    <span class="kw">fun</span> <a class="pp">current-input<span class="pc">current<span class="dash">-</span>input: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> sslice</span></a>()
       <a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>
 
-    <span class="kw">brk</span> <a class="pp">fail<span class="pc">fail: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
+    <span class="kw">brk</span> <a class="pp">fail<span class="pc">fail: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
       <a class="pp" href="#con_space_ParseError"><span class="co">ParseError</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseError: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>,<a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>)
 
-    <span class="kw">fun</span> <a class="pp">satisfy<span class="pc">satisfy: <span class="tp sp">(</span><span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;1863</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> maybe<span class="op">&lt;</span>&#95;1863<span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;1863</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>)
+    <span class="kw">fun</span> <a class="pp">satisfy<span class="pc">satisfy: <span class="tp sp">(</span><span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;980</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> maybe<span class="op">&lt;</span>&#95;980<span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;980</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>)
       <span class="kw">val</span> <a class="pp">inp<span class="pc">inp: <span class="tp">sslice</span></span></a> <span class="kw">=</span> <a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>
-      <span class="kw">val</span> <a class="pp">m<span class="pc">m: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;1863</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>   <span class="kw">=</span> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;1863</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l61<span class="dash">-</span>c30: <span class="co">V</span></span></a> { <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;1863</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">inp<span class="pc">inp: <span class="tp">sslice</span></span></a>) }
-      <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> maybe<span class="op">&lt;</span>(&#95;1863, sslice)<span class="op">&gt;</span></span></a>()
-        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;1863</span></span></a>,<a class="pp">cap<span class="pc">cap: <span class="tp">sslice</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>) <span class="kw op">-></span> { <a class="pp">input<span class="pc">input: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1811</span>,sslice<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1811</span>,sslice<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">sslice</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> ()</span></a> <a class="pp">cap<span class="pc">cap: <span class="tp">sslice</span></span></a>; <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;1863</span></span></a>) }
+      <span class="kw">val</span> <a class="pp">m<span class="pc">m: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;980</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>   <span class="kw">=</span> <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;980</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_total"><span class="tp"><span class="effect">total</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>total: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">&#95;</span><span class="pc">&#95;w<span class="dash">-</span>l61<span class="dash">-</span>c30: <span class="co">V</span></span></a> { <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">&#95;980</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">inp<span class="pc">inp: <span class="tp">sslice</span></span></a>) }
+      <span class="kw">match</span> <a class="pp">m<span class="pc">m: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> maybe<span class="op">&lt;</span>(&#95;980, sslice)<span class="op">&gt;</span></span></a>()
+        <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">x<span class="pc">x: <span class="tp tv">&#95;980</span></span></a>,<a class="pp">cap<span class="pc">cap: <span class="tp">sslice</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>) <span class="kw op">-></span> { <a class="pp">input<span class="pc">input: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">928</span>,sslice<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">928</span>,sslice<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">sslice</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> ()</span></a> <a class="pp">cap<span class="pc">cap: <span class="tp">sslice</span></span></a>; <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp tv">&#95;980</span></span></a>) }
         <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>       <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>
 
-    <span class="kw">ctl</span> <a class="pp">pick<span class="pc">pick: <span class="tp sp">(</span><span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span><br></span></a>()
+    <span class="kw">ctl</span> <a class="pp">pick<span class="pc">pick: <span class="tp sp">(</span><span class="tp tpp">resume</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span><br></span></a>()
       <span class="kw">val</span> <a class="pp">save<span class="pc">save: <span class="tp">sslice</span></span></a> <span class="kw">=</span> <a class="pp">input<span class="pc">input: <span class="tp">sslice</span></span></a>;
-      <span class="kw">match</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>)
-        <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1801</span></span></a>,<a class="pp">rest1<span class="pc">rest1: <span class="tp">sslice</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">1801</span></span></a>,<a class="pp">rest1<span class="pc">rest1: <span class="tp">sslice</span></span></a>)
-        <a class="pp">err1<span class="pc">err1: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a> <span class="kw op">-></span>
-          <a class="pp">input<span class="pc">input: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1811</span>,sslice<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">1811</span>,sslice<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">sslice</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> ()</span></a> <a class="pp">save<span class="pc">save: <span class="tp">sslice</span></span></a>
-          <span class="kw">match</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">1811</span><span class="op">&gt;|$</span><span class="number">1802</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>)   <span class="comment">// todo: limit lookahead?
-</span>            <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1801</span></span></a>,<a class="pp">rest2<span class="pc">rest2: <span class="tp">sslice</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">1801</span></span></a>,<a class="pp">rest2<span class="pc">rest2: <span class="tp">sslice</span></span></a>)
-            &#95;err2 <span class="kw op">-></span> <a class="pp">err1<span class="pc">err1: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">1801</span><span class="op">&gt;</span></span></a></span>  <span class="comment">// todo: merge or pick closest?
+      <span class="kw">match</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_True"><span class="co">True</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>True: <span class="tp">bool</span></span></a>)
+        <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">918</span></span></a>,<a class="pp">rest1<span class="pc">rest1: <span class="tp">sslice</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x1<span class="pc">x1: <span class="tp op">$</span><span class="number">918</span></span></a>,<a class="pp">rest1<span class="pc">rest1: <span class="tp">sslice</span></span></a>)
+        <a class="pp">err1<span class="pc">err1: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a> <span class="kw op">-></span>
+          <a class="pp">input<span class="pc">input: <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">928</span>,sslice<span class="op">&gt;</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#local_set"><span class="kw">:=</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>local<span class="dash">-</span>set: <span class="tp sp">(</span><span class="tp tpp">v</span> <span class="tp kw op">:</span> <span class="tp">local<span class="dash">-</span>var</span><span class="tp op">&lt;$</span><span class="number">928</span>,sslice<span class="op">&gt;</span>, assigned <span class="tp kw op">:</span> <span class="tp">sslice</span>) <span class="kw op">-></span> <span class="op">&lt;</span>local<span class="op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> ()</span></a> <a class="pp">save<span class="pc">save: <span class="tp">sslice</span></span></a>
+          <span class="kw">match</span> <a class="pp">resume<span class="pc">resume: <span class="tp sp">(</span><span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">local</span><span class="tp op">&lt;$</span><span class="number">928</span><span class="op">&gt;|$</span><span class="number">919</span><span class="op">&gt;</span> parse<span class="dash">-</span>error<span class="op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_False"><span class="co">False</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>False: <span class="tp">bool</span></span></a>)   <span class="comment">// todo: limit lookahead?
+</span>            <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">918</span></span></a>,<a class="pp">rest2<span class="pc">rest2: <span class="tp">sslice</span></span></a>) <span class="kw op">-></span> <a class="pp" href="#con_space_ParseOk"><span class="co">ParseOk</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>ParseOk: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">result</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">rest</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse<span class="dash">-</span>error</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x2<span class="pc">x2: <span class="tp op">$</span><span class="number">918</span></span></a>,<a class="pp">rest2<span class="pc">rest2: <span class="tp">sslice</span></span></a>)
+            &#95;err2 <span class="kw op">-></span> <a class="pp">err1<span class="pc">err1: <span class="tp">parse<span class="dash">-</span>error</span><span class="tp op">&lt;$</span><span class="number">918</span><span class="op">&gt;</span></span></a></span>  <span class="comment">// todo: merge or pick closest?
 </span>
 
-<span class="decl-fun" id="_bar__bar_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#_bar__bar_">(||)<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>(||): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p1</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">p2</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">p1<span class="pc">p1: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1322</span>,<span class="op">$</span><span class="number">1321</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">p2<span class="pc">p2: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1322</span>,<span class="op">$</span><span class="number">1321</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1337</span><span class="op">&gt;</span> <span class="number">1336</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">if</span> <a class="pp" href="#pick">pick<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>pick: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1322</span><span class="op">&gt;</span> bool</span></a>() <span class="kw">then</span> <a class="pp">p1<span class="pc">p1: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1322</span>,<span class="op">$</span><span class="number">1321</span><span class="op">&gt;</span></span></a>() <span class="kw">else</span> <a class="pp">p2<span class="pc">p2: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1322</span>,<span class="op">$</span><span class="number">1321</span><span class="op">&gt;</span></span></a>(</span>)
+<span class="decl-fun" id="_bar__bar_"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#_bar__bar_">(||)<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>(||): <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p1</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">p2</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">p1<span class="pc">p1: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1621</span>,<span class="op">$</span><span class="number">1620</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">p2<span class="pc">p2: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1621</span>,<span class="op">$</span><span class="number">1620</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1636</span><span class="op">&gt;</span> <span class="number">1635</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">if</span> <a class="pp" href="#pick">pick<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>pick: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1621</span><span class="op">&gt;</span> bool</span></a>() <span class="kw">then</span> <a class="pp">p1<span class="pc">p1: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1621</span>,<span class="op">$</span><span class="number">1620</span><span class="op">&gt;</span></span></a>() <span class="kw">else</span> <a class="pp">p2<span class="pc">p2: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1621</span>,<span class="op">$</span><span class="number">1620</span><span class="op">&gt;</span></span></a>(</span>)
 
-<span class="decl-fun" id="optional"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#optional">optional<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>optional: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">1344</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1345</span>,<span class="op">$</span><span class="number">1344</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1363</span><span class="op">&gt;</span> <span class="number">1362</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1345</span>,<span class="op">$</span><span class="number">1344</span><span class="op">&gt;</span></span></a> <a class="pp" href="#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">p1</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1345</span>,<span class="op">$</span><span class="number">1344</span><span class="op">&gt;</span>, p2 <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1345</span>,<span class="op">$</span><span class="number">1344</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1344</span></span></a> (<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1345</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1344</span></span></a>() <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">1344</span></span></a></span>)
+<span class="decl-fun" id="optional"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#optional">optional<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>optional: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">1643</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1644</span>,<span class="op">$</span><span class="number">1643</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1662</span><span class="op">&gt;</span> <span class="number">1661</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1644</span>,<span class="op">$</span><span class="number">1643</span><span class="op">&gt;</span></span></a> <a class="pp" href="#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">p1</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1644</span>,<span class="op">$</span><span class="number">1643</span><span class="op">&gt;</span>, p2 <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1644</span>,<span class="op">$</span><span class="number">1643</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1644</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1643</span></span></a> (<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1644</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1643</span></span></a>() <a class="pp">default<span class="pc">default: <span class="tp op">$</span><span class="number">1643</span></span></a></span>)
 
-<span class="decl-fun" id="choose"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#choose">choose<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>choose: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1145</span><span class="op">&gt;</span> <span class="number">1144</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>         <span class="kw op">-></span> <a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1104</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1103</span></span></a>(<a class="pp">"no further alternatives"<span class="pc">literal: <span class="tp">string</span><br>count= 23</span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span></span></a>()
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span></span></a>,<a class="pp">pp<span class="pc">pp: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>)  <span class="kw op">-></span> <span class="kw">if</span> <a class="pp" href="#pick">pick<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>pick: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1104</span><span class="op">&gt;</span> bool</span></a>() <span class="kw">then</span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span></span></a>() <span class="kw">else</span> <a class="pp" href="#choose">choose<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>choose: <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1104</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1103</span></span></a>(<a class="pp">pp<span class="pc">pp: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1104</span>,<span class="op">$</span><span class="number">1103</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a></span>)
+<span class="decl-fun" id="choose"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#choose">choose<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>choose: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1711</span><span class="op">&gt;</span> <span class="number">1710</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp">ps<span class="pc">ps: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>         <span class="kw op">-></span> <a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1670</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1669</span></span></a>(<a class="pp">"no further alternatives"<span class="pc">literal: <span class="tp">string</span><br>count= 23</span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>) <span class="kw op">-></span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span></span></a>()
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span></span></a>,<a class="pp">pp<span class="pc">pp: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a>)  <span class="kw op">-></span> <span class="kw">if</span> <a class="pp" href="#pick">pick<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>pick: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1670</span><span class="op">&gt;</span> bool</span></a>() <span class="kw">then</span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span></span></a>() <span class="kw">else</span> <a class="pp" href="#choose">choose<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>choose: <span class="tp sp">(</span><span class="tp tpp">ps</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1670</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">1669</span></span></a>(<a class="pp">pp<span class="pc">pp: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1670</span>,<span class="op">$</span><span class="number">1669</span><span class="op">&gt;</span><span class="op">&gt;</span></span></a></span>)
 
-<span class="decl-fun" id="satisfy_fail"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#satisfy_fail">satisfy-fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>satisfy<span class="dash">-</span>fail: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp tv">a</span></span></a>( <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">782</span>, sslice)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="number">810</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">match</span> <a class="pp" href="#satisfy">satisfy<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>satisfy: <span class="tp sp">(</span><span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">782</span>, sslice)<span class="op">&gt;</span>) <span class="kw op">-></span> parse maybe<span class="op">&lt;$</span><span class="number">782</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">782</span>, sslice)<span class="op">&gt;</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">782</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">782</span></span></a>) <span class="kw op">-></span> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">782</span></span></a>
+<span class="decl-fun" id="satisfy_fail"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#satisfy_fail">satisfy-fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>satisfy<span class="dash">-</span>fail: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp tv">a</span></span></a>( <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">1718</span>, sslice)<span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a> <span class="tp kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_maybe"><span class="tp">maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>maybe: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">)</span><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="number">1746</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">match</span> <a class="pp" href="#satisfy">satisfy<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>satisfy: <span class="tp sp">(</span><span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">1718</span>, sslice)<span class="op">&gt;</span>) <span class="kw op">-></span> parse maybe<span class="op">&lt;$</span><span class="number">1718</span><span class="op">&gt;</span></span></a>(<a class="pp">pred<span class="pc">pred: <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp op">$</span><span class="number">1718</span>, sslice)<span class="op">&gt;</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp op">$</span><span class="number">1718</span></span></a>(<a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a>)
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1718</span></span></a>) <span class="kw op">-></span> </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1718</span></span></a>
 
 <span class="decl-fun" id="eof"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#eof">eof<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>eof: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a>(<a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp sp">(</span><span class="tp sp">)</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_unit"><span class="tp">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>unit: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp" href="#satisfy">satisfy<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>satisfy: <span class="tp sp">(</span><span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>( <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span><span class="tp sp">,</span> <span class="tp">sslice</span><span class="tp sp">)</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">sslice</span></span></a>) <span class="kw">if</span> <a class="pp">s<span class="pc">s: <span class="tp">sslice</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#is_empty">is-empty<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>is<span class="dash">-</span>empty: <span class="tp sp">(</span><span class="tp tpp">slice</span> <span class="tp kw op">:</span> <span class="tp">sslice</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a> <span class="kw">then</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Just"><span class="co">Just</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Just: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">value</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Unit"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Unit: <span class="tp sp">(</span><span class="tp sp">)</span></span></a>,<a class="pp">s<span class="pc">s: <span class="tp">sslice</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>) <span class="kw">else</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nothing"><span class="co">Nothing</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nothing: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">maybe</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> )
@@ -197,23 +197,27 @@
   <a class="pp" href="#char_is">char-is<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>char<span class="dash">-</span>is: <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">pred</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp">char</span></span></a>(<a class="pp">chars<span class="pc">chars: <span class="tp">string</span></span></a>, <a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a>) <a class="pp">chars<span class="pc">chars: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#contains">contains<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span>contains: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">sub</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">bool</span></span></a>(<a class="pp">c<span class="pc">c: <span class="tp">char</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string-source.html#char_fs_string">string<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string<span class="fslash last">/</span></span><span class="lq">char<span class="fslash">/</span></span>string: <span class="tp sp">(</span><span class="tp tpp">c</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">string</span></span></a>)</span>)
   <span class="comment">// chars.list.map(fn(c){ (fn(){ char(c) } ) }).choose
 </span>
-<span class="decl-fun" id="many_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#many_acc">many-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,<span class="op">$</span><span class="number">1451</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1499</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">1498</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  (<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1452</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>() <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1451</span></span></a> <span class="kw">=</span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,<span class="op">$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>() <span class="kw">in</span> <a class="pp" href="#many_acc">many-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,<span class="op">$</span><span class="number">1451</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1452</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,<span class="op">$</span><span class="number">1451</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1452</span><span class="op">&gt;</span> parser<span class="op">&lt;$</span><span class="number">1452</span>,<span class="op">$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,<span class="op">$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>),<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1451</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>))) <a class="pp" href="#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">p1</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span><span class="op">&gt;</span>, p2 <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1452</span>,list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1452</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a> (<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1452</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a>() <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1452</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1451</span><span class="op">&gt;</span></span></a></span>)
+<span class="decl-fun" id="many_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#many_acc">many-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,<span class="op">$</span><span class="number">2415</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">2463</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">2462</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  (<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2416</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>() <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2415</span></span></a> <span class="kw">=</span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,<span class="op">$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>() <span class="kw">in</span> <a class="pp" href="#many_acc">many-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,<span class="op">$</span><span class="number">2415</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2416</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,<span class="op">$</span><span class="number">2415</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2416</span><span class="op">&gt;</span> parser<span class="op">&lt;$</span><span class="number">2416</span>,<span class="op">$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,<span class="op">$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>),<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2415</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>))) <a class="pp" href="#_bar__bar_">||<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>(||): <span class="tp sp">(</span><span class="tp tpp">p1</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span><span class="op">&gt;</span>, p2 <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2416</span>,list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2416</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a> (<a class="pp"><span class="kw">fn</span><span class="pc">fn: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2416</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a>() <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2416</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2415</span><span class="op">&gt;</span></span></a></span>)
 
-<span class="decl-fun" id="many"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#many">many<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1507</span>,<span class="op">$</span><span class="number">1506</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1525</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">1524</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#many_acc">many-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1507</span>,<span class="op">$</span><span class="number">1506</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1506</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1507</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1506</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1507</span>,<span class="op">$</span><span class="number">1506</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>)
+<span class="comment">// The &#96;many&#96; combinator parses &#96;p&#96; until it fails, returning a list of the results of &#96;p&#96;.
+// The &#96;many&#96; combinator is non-divergent only when &#96;p&#96; always consumes input or &#96;fail&#96;s.
+</span><span class="decl-fun" id="many"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#many">many<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2471</span>,<span class="op">$</span><span class="number">2470</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">2489</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">2488</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#many_acc">many-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2471</span>,<span class="op">$</span><span class="number">2470</span><span class="op">&gt;</span>, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2470</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2471</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2470</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2471</span>,<span class="op">$</span><span class="number">2470</span><span class="op">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>)
 
-<span class="decl-fun" id="many1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#many1">many1<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1533</span>,<span class="op">$</span><span class="number">1532</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1555</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">1554</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1533</span>,<span class="op">$</span><span class="number">1532</span><span class="op">&gt;</span></span></a>(), <a class="pp" href="#many">many<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1533</span>,<span class="op">$</span><span class="number">1532</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1533</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1532</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1533</span>,<span class="op">$</span><span class="number">1532</span><span class="op">&gt;</span></span></a>)</span>)
+<span class="comment">// The &#96;many1&#96; combinator parses &#96;p&#96; at least once an then until it fails, returning a list of the results of &#96;p&#96;.
+// The &#96;many1&#96; combinator is non-divergent only when &#96;p&#96; always consumes input or &#96;fail&#96;s.
+</span><span class="decl-fun" id="many1"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#many1">many1<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many1: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2497</span>,<span class="op">$</span><span class="number">2496</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">2519</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">2518</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2497</span>,<span class="op">$</span><span class="number">2496</span><span class="op">&gt;</span></span></a>(), <a class="pp" href="#many">many<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many: <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2497</span>,<span class="op">$</span><span class="number">2496</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2497</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2496</span><span class="op">&gt;</span></span></a>(<a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2497</span>,<span class="op">$</span><span class="number">2496</span><span class="op">&gt;</span></span></a>)</span>)
 
-<span class="decl-fun" id="count_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#count_acc">count-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1153</span>,<span class="op">$</span><span class="number">1152</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1213</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">1212</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1153</span><span class="op">&gt;</span> bool</span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1153</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span></span></a> <span class="kw">else</span>
-    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1152</span></span></a> <span class="kw">=</span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1153</span>,<span class="op">$</span><span class="number">1152</span><span class="op">&gt;</span></span></a>()
-    <a class="pp" href="#count_acc">count-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span>, p <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1153</span>,<span class="op">$</span><span class="number">1152</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1153</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1153</span><span class="op">&gt;</span> int</span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">1153</span><span class="op">&gt;</span> int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>), <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">1152</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1152</span><span class="op">&gt;</span></span></a>), <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1153</span>,<span class="op">$</span><span class="number">1152</span><span class="op">&gt;</span></span></a></span>)
+<span class="decl-fun" id="count_acc"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#count_acc">count-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count<span class="dash">-</span>acc: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2527</span>,<span class="op">$</span><span class="number">2526</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">2587</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">2586</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <span class="kw">if</span> <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_lt__eq_">&lt;=<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(&lt;=): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2527</span><span class="op">&gt;</span> bool</span></a> <a class="pp">0<span class="pc">literal: <span class="tp">int</span><br>dec  = 0<br>hex8 = 0x00<br>bit8 = 0b00000000</span></a> <span class="kw">then</span> <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse">reverse<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2527</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span></span></a> <span class="kw">else</span>
+    <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2526</span></span></a> <span class="kw">=</span> <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2527</span>,<span class="op">$</span><span class="number">2526</span><span class="op">&gt;</span></span></a>()
+    <a class="pp" href="#count_acc">count-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span>, p <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2527</span>,<span class="op">$</span><span class="number">2526</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2527</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span></span></a>(<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_undiv-source.html#pretend_decreasing">pretend-decreasing<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>undiv<span class="fslash last">/</span></span>pretend<span class="dash">-</span>decreasing: <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2527</span><span class="op">&gt;</span> int</span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp op">|$</span><span class="number">2527</span><span class="op">&gt;</span> int</span></a> <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a>), <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">2526</span></span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2526</span><span class="op">&gt;</span></span></a>), <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2527</span>,<span class="op">$</span><span class="number">2526</span><span class="op">&gt;</span></span></a></span>)
 
 
-<span class="decl-fun" id="count"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#count">count<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1221</span>,<span class="op">$</span><span class="number">1220</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">1240</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">1239</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
-  <a class="pp" href="#count_acc">count-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">1220</span><span class="op">&gt;</span>, p <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1221</span>,<span class="op">$</span><span class="number">1220</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">1221</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">1220</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">1221</span>,<span class="op">$</span><span class="number">1220</span><span class="op">&gt;</span></span></a></span>)
+<span class="decl-fun" id="count"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#count">count<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2595</span>,<span class="op">$</span><span class="number">2594</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="number">2614</span><span class="op">&gt;</span> list<span class="op">&lt;</span><span class="number">2613</span><span class="op">&gt;</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">&gt;</span>
+  <a class="pp" href="#count_acc">count-acc<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>count<span class="dash">-</span>acc: <span class="tp sp">(</span><span class="tp tpp">n</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp op">&lt;$</span><span class="number">2594</span><span class="op">&gt;</span>, p <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2595</span>,<span class="op">$</span><span class="number">2594</span><span class="op">&gt;</span>) <span class="kw op">-></span> <span class="op">&lt;</span>parse<span class="op">|$</span><span class="number">2595</span><span class="op">&gt;</span> list<span class="op">&lt;$</span><span class="number">2594</span><span class="op">&gt;</span></span></a>(<a class="pp">n<span class="pc">n: <span class="tp">int</span></span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">p<span class="pc">p: <span class="tp">parser</span><span class="tp op">&lt;$</span><span class="number">2595</span>,<span class="op">$</span><span class="number">2594</span><span class="op">&gt;</span></span></a></span>)
 
 <span class="decl-fun" id="one_of_or"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_parse.html#one_of_or">one-of-or<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>one<span class="dash">-</span>of<span class="dash">-</span>or: <span class="tp sp">(</span><span class="tp tpp">chars</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp">char</span></span></a>( <a class="pp">chars<span class="pc">chars: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">default<span class="pc">default: <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp">char</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a>
   <a class="pp" href="#optional">optional<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>optional: <span class="tp sp">(</span><span class="tp tpp">default</span> <span class="tp kw op">:</span> <span class="tp">char</span><span class="tp sp">,</span> <span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&lt;</span><span class="tp">total</span><span class="tp sp">,</span><span class="tp">char</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp">char</span></span></a>(<a class="pp">default<span class="pc">default: <span class="tp">char</span></span></a>){ <a class="pp" href="#one_of">one-of<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>one<span class="dash">-</span>of: <span class="tp sp">(</span><span class="tp tpp">chars</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">parse</span> <span class="tp">char</span></span></a>(<a class="pp">chars<span class="pc">chars: <span class="tp">string</span></span></a>) </span>}
diff --git a/doc/std_text_parse.html b/doc/std_text_parse.html
index 6e0a0e23d..e1bf41223 100644
--- a/doc/std_text_parse.html
+++ b/doc/std_text_parse.html
@@ -74,8 +74,16 @@ <h1 class="synopsis">Parser combinators
 <p class="p noindent">Call the <code class="koka"><span class="kw">ctl</span> <a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">parse</span> <span class="tp tv">a</span></span></a></code> operation of the effect <code class="koka"><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-&gt;</span> <span class="co">V</span></span></a></code>.
 </p></div></div>
 <div class="decl" id="hex_digits"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#hex_digits">hex<span class="dash">-</span>digits</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div></div>
-<div class="decl" id="many"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#many">many</a></span>( <span class="tp tpp">p</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
-<div class="decl" id="many1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#many1">many1</a></span>( <span class="tp tpp">p</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div></div>
+<div class="decl" id="many"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#many">many</a></span>( <span class="tp tpp">p</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+
+<p class="p noindent">The <code class="koka"><a class="pp" href="#many">many<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&#60;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> combinator parses <code class="koka">p</code> until it fails, returning a list of the results of <code class="koka">p</code>.
+The <code class="koka"><a class="pp" href="#many">many<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&#60;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> combinator is non-divergent only when <code class="koka">p</code> always consumes input or <code class="koka"><a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">parse</span> <span class="tp tv">a</span></span></a></code>s.
+</p></div></div>
+<div class="decl" id="many1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#many1">many1</a></span>( <span class="tp tpp">p</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parser"><span class="tp">parser</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parser: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> ) <span class="tp sp">:</span>&nbsp;<span class="tp sp">&lt;</span><a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></div><div class="doc koka comment">
+
+<p class="p noindent">The <code class="koka"><a class="pp" href="#many1">many1<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many1: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&#60;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> combinator parses <code class="koka">p</code> at least once an then until it fails, returning a list of the results of <code class="koka">p</code>.
+The <code class="koka"><a class="pp" href="#many1">many1<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>many1: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">p</span> <span class="tp kw op">:</span> <span class="tp">parser</span><span class="tp sp">&#60;</span><span class="tp tv">e</span><span class="tp sp">,</span><span class="tp tv">a</span><span class="tp sp">&#62;</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp sp">&#60;</span><span class="tp">parse</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&#62;</span> <span class="tp">list</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span></span></a></code> combinator is non-divergent only when <code class="koka">p</code> always consumes input or <code class="koka"><a class="pp" href="#fail">fail<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>fail: <span class="tp kw">forall</span><span class="tp sp">&#60;</span><span class="tp tv">a</span><span class="tp sp">&#62;</span> <span class="tp sp">(</span><span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">parse</span> <span class="tp tv">a</span></span></a></code>s.
+</p></div></div>
 <div class="decl" id="no_digit"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#no_digit">no<span class="dash">-</span>digit</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div></div>
 <div class="decl" id="none_of"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#none_of">none<span class="dash">-</span>of</a></span>( <span class="tp tpp">chars</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_char"><span class="tp">char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>char: <span class="co">V</span></span></a></div></div>
 <div class="decl" id="none_of_many1"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_text_parse-source.html#none_of_many1">none<span class="dash">-</span>of<span class="dash">-</span>many1</a></span>( <span class="tp tpp">chars</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_parse"><span class="tp">parse</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>parse<span class="fslash last">/</span></span>parse: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div></div>
diff --git a/doc/std_text_regex-source.html b/doc/std_text_regex-source.html
index d23427e32..092525178 100644
--- a/doc/std_text_regex-source.html
+++ b/doc/std_text_regex-source.html
@@ -129,20 +129,20 @@
   <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a><span class="kw op">.</span><a class="pp" href="#exec_all">exec-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>exec<span class="dash">-</span>all: <span class="tp sp">(</span><span class="tp tpp">regex</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">atmost</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>,<a class="pp">atmost<span class="pc">atmost: <span class="tp">int</span></span></a>)<span class="kw op">.</span><a class="pp" href="#filter_matches">filter-matches<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>filter<span class="dash">-</span>matches: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#captures">captures<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>captures: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a></span>
 
 
-<span class="decl-fun" id="concat_replace"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex.html#concat_replace">concat-replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>concat<span class="dash">-</span>replace: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">matches</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">matches<span class="pc">matches: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">277</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+<span class="decl-fun" id="concat_replace"><span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex.html#concat_replace">concat-replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>concat<span class="dash">-</span>replace: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">matches</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">acc</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">matches<span class="pc">matches: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">429</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
   <span class="kw">match</span> <a class="pp">matches<span class="pc">matches: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">pre<span class="pc">pre: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">mm<span class="pc">mm: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>)) <span class="kw op">-></span> <a class="pp" href="#concat_replace">concat-replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>concat<span class="dash">-</span>replace: <span class="tp sp">(</span><span class="tp tpp">matches</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">217</span> string</span></a>( <a class="pp">mm<span class="pc">mm: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a>(<a class="pp">m<span class="pc">m: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>), <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">pre<span class="pc">pre: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#captured">captured<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>captured: <span class="tp sp">(</span><span class="tp tpp">matched</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>)))
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">post<span class="pc">post: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)       <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">post<span class="pc">post: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#captured">captured<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>captured: <span class="tp sp">(</span><span class="tp tpp">matched</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse_join">reverse-join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a>
-    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse_join">reverse-join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">217</span> string</span></a></span>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">pre<span class="pc">pre: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">m<span class="pc">m: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>,<a class="pp">mm<span class="pc">mm: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>)) <span class="kw op">-></span> <a class="pp" href="#concat_replace">concat-replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>concat<span class="dash">-</span>replace: <span class="tp sp">(</span><span class="tp tpp">matches</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">369</span> string</span></a>( <a class="pp">mm<span class="pc">mm: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a>, <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a>(<a class="pp">m<span class="pc">m: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>), <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>( <a class="pp">pre<span class="pc">pre: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#captured">captured<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>captured: <span class="tp sp">(</span><span class="tp tpp">matched</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>)))
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">post<span class="pc">post: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>)       <span class="kw op">-></span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Cons"><span class="co">Cons</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Cons: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">head</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">tail</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a>(<a class="pp">post<span class="pc">post: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="#captured">captured<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>captured: <span class="tp sp">(</span><span class="tp tpp">matched</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a>,<a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a>)<span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse_join">reverse-join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a>
+    <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">Nil</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a> <span class="kw op">-></span> <a class="pp">acc<span class="pc">acc: <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list-source.html#reverse_join">reverse-join<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list<span class="fslash last">/</span></span>reverse<span class="dash">-</span>join: <span class="tp sp">(</span><span class="tp tpp">xs</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">369</span> string</span></a></span>
 
 
 <span class="comment">// Replace the all occurrences of &#96;regex&#96; by the result of the replacement fun &#96;repl&#96; in a string &#96;s&#96;.
-</span><span class="decl-fun" id="replace_all"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex.html#replace_all">replace-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>replace<span class="dash">-</span>all: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">atmost</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_regex"><span class="tp">regex</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>regex: <span class="co">V</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">448</span> string</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">atmost<span class="pc">atmost: <span class="tp sp">?</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">-1<span class="pc">literal: <span class="tp">int</span><br>dec  = -1<br>hex8 = 0xFF<br>bit8 = 0b11111111</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">476</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a><span class="kw op">.</span><a class="pp" href="#exec_all">exec-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>exec<span class="dash">-</span>all: <span class="tp sp">(</span><span class="tp tpp">regex</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">atmost</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">448</span> list<span class="op">&lt;</span>list<span class="op">&lt;</span>sslice<span class="op">&gt;</span><span class="op">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>, <a class="pp">atmost<span class="pc">atmost: <span class="tp">int</span></span></a> )<span class="kw op">.</span><a class="pp" href="#concat_replace">concat-replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>concat<span class="dash">-</span>replace: <span class="tp sp">(</span><span class="tp tpp">matches</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">448</span> string, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">448</span> string</span></a>(<a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">448</span> string</span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>)
+</span><span class="decl-fun" id="replace_all"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex.html#replace_all">replace-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>replace<span class="dash">-</span>all: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">atmost</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_regex"><span class="tp">regex</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>regex: <span class="co">V</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">433</span> string</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">atmost<span class="pc">atmost: <span class="tp sp">?</span> <span class="tp">int</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">-1<span class="pc">literal: <span class="tp">int</span><br>dec  = -1<br>hex8 = 0xFF<br>bit8 = 0b11111111</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">461</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a><span class="kw op">.</span><a class="pp" href="#exec_all">exec-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>exec<span class="dash">-</span>all: <span class="tp sp">(</span><span class="tp tpp">regex</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">atmost</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">433</span> list<span class="op">&lt;</span>list<span class="op">&lt;</span>sslice<span class="op">&gt;</span><span class="op">&gt;</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a>, <a class="pp">atmost<span class="pc">atmost: <span class="tp">int</span></span></a> )<span class="kw op">.</span><a class="pp" href="#concat_replace">concat-replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>concat<span class="dash">-</span>replace: <span class="tp sp">(</span><span class="tp tpp">matches</span> <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">&gt;</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">433</span> string, acc <span class="tp kw op">:</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">string</span><span class="tp sp">&gt;</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">433</span> string</span></a>(<a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">433</span> string</span></a>,<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">[</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Nil"><span class="co">]</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Nil: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span> <span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">&gt;</span></span></a></span>)
 
 <span class="comment">// Replace the first occurrence of &#96;regex&#96; by the result of the replacement fun &#96;repl&#96; in a string &#96;s&#96;.
-</span><span class="decl-fun" id="replace"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex.html#replace">replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>replace: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_regex"><span class="tp">regex</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>regex: <span class="co">V</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">727</span> string</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">755</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
-  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#replace_all">replace-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>replace<span class="dash">-</span>all: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">727</span> string, atmost <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">727</span> string</span></a>( <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">727</span> string</span></a>, <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a> </span>)
+</span><span class="decl-fun" id="replace"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex.html#replace">replace<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>replace: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp tv">e</span> <span class="tp">string</span></span></a>( <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>, <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="#type_space_regex"><span class="tp">regex</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>regex: <span class="co">V</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">681</span> string</span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_list"><span class="tp">list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>list: <span class="co">V</span> <span class="kw op">-></span> <span class="co">V</span></span></a><span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice-source.html#type_space_sslice"><span class="tp">sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice<span class="fslash last">/</span></span>sslice: <span class="co">V</span></span></a><span class="tp sp">&gt;</span> <span class="tp kw op">-></span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">709</span> string</span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a>
+  <a class="pp">s<span class="pc">s: <span class="tp">string</span></span></a><span class="kw op">.</span><a class="pp" href="#replace_all">replace-all<span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>replace<span class="dash">-</span>all: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">r</span> <span class="tp kw op">:</span> <span class="tp">regex</span><span class="tp sp">,</span> <span class="tp tpp">repl</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">681</span> string, atmost <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">681</span> string</span></a>( <a class="pp">r<span class="pc">r: <span class="tp">regex</span></span></a>, <a class="pp">repl<span class="pc">repl: <span class="tp sp">(</span><span class="tp">list</span><span class="tp sp">&lt;</span><span class="tp">sslice</span><span class="tp sp">&gt;</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">681</span> string</span></a>, <a class="pp">1<span class="pc">literal: <span class="tp">int</span><br>dec  = 1<br>hex8 = 0x01<br>bit8 = 0b00000001</span></a> </span>)
 
 
 <span class="comment">// Check if a capture group was matched.
diff --git a/doc/std_text_regex.html b/doc/std_text_regex.html
index 301884ce9..99b718579 100644
--- a/doc/std_text_regex.html
+++ b/doc/std_text_regex.html
@@ -24,7 +24,7 @@ <h1 class="synopsis">Regular expressions.</h1>
 
 
 <p class="p noindent">  The regular expressions conform to the regular expressions of JavaScript
-  as described at <a href="https://developer.mozilla.org/en-US/docs/Web/JavaScript/Guide/Regular_Expressions" class="texturl monospace externalref">https://&#8203;developer.&#8203;mozilla.&#8203;org/&#8203;en-&#8203;US/&#8203;docs/&#8203;Web/&#8203;JavaScript/&#8203;Guide/&#8203;Regular_&#8203;Expressions</a>.
+  as described at <a href="https://developer.mozilla.org/en-US/docs/Web/JavaScript/Guide/Regular_Expressions" class="texturl monospace">https://&#8203;developer.&#8203;mozilla.&#8203;org/&#8203;en-&#8203;US/&#8203;docs/&#8203;Web/&#8203;JavaScript/&#8203;Guide/&#8203;Regular_&#8203;Expressions</a>.
 </p></div>
 <div class="decl" id="type_space_regex"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_regex-source.html#type_space_regex"><span class="tp">regex</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>regex<span class="fslash last">/</span></span>regex: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
diff --git a/doc/std_text_unicode.html b/doc/std_text_unicode.html
index 39abf7561..5cb98eed7 100644
--- a/doc/std_text_unicode.html
+++ b/doc/std_text_unicode.html
@@ -35,7 +35,7 @@ <h1 class="synopsis">Basic unicode support.</h1>
 </p></div></div>
 <div class="decl" id="type_space_normalization"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_text_unicode-source.html#type_space_normalization"><span class="tp">normalization</span><span class="pc"><span class="mo">std<span class="fslash">/</span>text<span class="fslash">/</span>unicode<span class="fslash last">/</span></span>normalization: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
-<p class="p noindent">Type of unicode&nbsp;<a href="https://www.unicode.org/reports/tr15" class="externalref">normalization</a>.
+<p class="p noindent">Type of unicode&nbsp;<a href="https://www.unicode.org/reports/tr15">normalization</a>.
 </p></div><div class="con-decl" id="con_space_NFC"><div class="header code"><span class="def"><span class="kw">con</span>&nbsp;<a class="link" href="std_text_unicode-source.html#con_space_NFC"><span class="co">NFC</span></a></span></div><div class="doc koka comment">
 
 <p class="p noindent">Canonical composition (default). Use composed characters when possible.
diff --git a/doc/std_time_astro.html b/doc/std_time_astro.html
index 3307738e7..29f901adf 100644
--- a/doc/std_time_astro.html
+++ b/doc/std_time_astro.html
@@ -35,21 +35,21 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 TAI but with a 19 second offset: GPS = TAI - 19s.
 </p></li>
 <li class="li ul-li list-star-li loose-li">
-<p><strong class="strong-star2">UT1</strong>,&nbsp;<a href="std_time_ut1.html" class="externalref"><code class="koka">cal<span class="dash">-</span>ut1<span class="dash">-</span>load</code></a>: Universal Time: A time scale based
+<p><strong class="strong-star2">UT1</strong>,&nbsp;<a href="std_time_ut1.html"><code class="koka">cal<span class="dash">-</span>ut1<span class="dash">-</span>load</code></a>: Universal Time: A time scale based
 on the rotation of the earth where one rotation is 86400 (solar) seconds.
 Defined to be a linear function of the rotation angle of the Earth.
-See the&nbsp;<a href="std_time_ut1.html" class="externalref"><code class="code code2">std/time/ut1</code></a> module for more information.
+See the&nbsp;<a href="std_time_ut1.html"><code class="code code2">std/time/ut1</code></a> module for more information.
 </p></li>
 <li class="li ul-li list-star-li loose-li">
 <p><strong class="strong-star2">UTC</strong>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#ts_utc_create">ts<span class="dash">-</span>utc<span class="dash">-</span>create<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>utc<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">leaps</span> <span class="tp kw op">:</span> <span class="tp">leaps<span class="dash">-</span>table</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timescale</span></span></a></code>, <code class="koka">cal<span class="dash">-</span>utc<span class="dash">-</span>load</code>:
 Coordinated Universal Time: A hybrid of UT1 and TAI: uses
 SI seconds as its unit, but inserts (or deletes) periodically leap
-seconds in order to stay within 0.9s of UT1. See the&nbsp;<a href="std_time_utc.html" class="externalref"><code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_time.html#utc">utc</a></code></a>
+seconds in order to stay within 0.9s of UT1. See the&nbsp;<a href="std_time_utc.html"><code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_time.html#utc">utc</a></code></a>
 module for more information.
 </p></li>
 <li class="li ul-li list-star-li loose-li">
 <p><strong class="strong-star2">TI</strong>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#ts_ti">ts<span class="dash">-</span>ti<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti: <span class="tp">timescale</span></span></a></code>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#cal_iso">cal<span class="dash">-</span>iso<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>cal<span class="dash">-</span>iso: <span class="tp">calendar</span></span></a></code>: International Time: this was a
-<a href="https://syrte.obspm.fr/journees2004/pdf/McCarthy2.pdf#page=4" data-linkid="tipropose" class="externalref">proposed</a> time scale at the 2004 ITU-R meeting as a replacement of UTC
+<a href="https://syrte.obspm.fr/journees2004/pdf/McCarthy2.pdf#page=4" data-linkid="tipropose">proposed</a> time scale at the 2004 ITU-R meeting as a replacement of UTC
 without future leap seconds. In this library, we define TI to match
 exactly UTC up to the compiler release date (currently 2017) but ignore any
 possible future leap seconds after that date. This is the preferred time scale
@@ -57,7 +57,7 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 future date, i.e. before 2017-01-01Z, TI == UTC, while after that, TI == TAI - 37s.
 </p></li>
 <li class="li ul-li list-star-li loose-li">
-<p><strong class="strong-star2"><a href="https://en.wikipedia.org/wiki/Terrestrial_Time" data-linkid="tt" class="externalref">TT</a></strong>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#ts_tt">ts<span class="dash">-</span>tt<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>ts<span class="dash">-</span>tt: <span class="tp">timescale</span></span></a></code>, <code class="koka">cal<span class="dash">-</span>tt</code>: Terrestrial time. This is an ideal time scale defined to
+<p><strong class="strong-star2"><a href="https://en.wikipedia.org/wiki/Terrestrial_Time" data-linkid="tt">TT</a></strong>, <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#ts_tt">ts<span class="dash">-</span>tt<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>ts<span class="dash">-</span>tt: <span class="tp">timescale</span></span></a></code>, <code class="koka">cal<span class="dash">-</span>tt</code>: Terrestrial time. This is an ideal time scale defined to
 run slower at a constant rate from TCG such that TT runs at the same rate as a
 time scale based on SI seconds on the Earth&#39;s geoid. Since TCG
 is a theoretical time scale, TT can be considered an idealized form
@@ -71,8 +71,8 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 SI seconds in a coordinate reference frame at the center of the Earth.
 It is in a linear relationship with TT where TCG runs faster
 than TT at a constant rate. By definition, TCG and TT were equal on 1977-01-01Z.
-Computed from TT using IAU 1991 recommendation&nbsp;<a href="https://www.iers.org/IERS/EN/Science/Recommendations/recommendation4.html?nn=12932" data-linkid="iau-iv" class="externalref">IV</a>
- (and updated to currently known&nbsp;<a href="https://www.iers.org/SharedDocs/Publikationen/EN/IERS/pubations/tn/TechnNote36/tn36.pdf?__blob=pubationFile&amp;v=1" data-linkid="iers-2010" class="externalref">precision</a>)):<br>
+Computed from TT using IAU 1991 recommendation&nbsp;<a href="https://www.iers.org/IERS/EN/Science/Recommendations/recommendation4.html?nn=12932" data-linkid="iau-iv">IV</a>
+ (and updated to currently known&nbsp;<a href="https://www.iers.org/SharedDocs/Publikationen/EN/IERS/pubations/tn/TechnNote36/tn36.pdf?__blob=pubationFile&amp;v=1" data-linkid="iers-2010">precision</a>)):<br>
 TCG = TT + L<sub>g</sub>&#215;(JD<sub>TCG</sub> - 2443144.5003725)&#215;86400, with L<sub>g</sub> = 6.969290134&#215;10<sup>-10</sup>.
 </p></li>
 <li class="li ul-li list-star-li loose-li">
@@ -80,9 +80,9 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
  seconds in a coordinate reference frame at the gravitational center of the solar
  system. TCB and TCG are related by a coordinate transformation taking
  into account relativistic effects (see IAU 2000 resolution
-&nbsp;<a href="https://syrte.obspm.fr/IAU_resolutions/Resol-UAIEng.ps" class="externalref">B1.5</a>). In the
+&nbsp;<a href="https://syrte.obspm.fr/IAU_resolutions/Resol-UAIEng.ps">B1.5</a>). In the
  library, instead of transforming TCG, we compute TCB from (the
- approximated) TDB (<code class="koka"><a class="pp" href="#ts_tdb">ts<span class="dash">-</span>tdb<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>astro<span class="fslash last">/</span></span>ts<span class="dash">-</span>tdb: <span class="tp">timescale</span></span></a></code>) using the IAU 2006 resolution&nbsp;<a href="https://www.iau.org/static/resolutions/IAU2006_Resol3.pdf" data-linkid="iau-b3" class="externalref">B3</a>:<br>
+ approximated) TDB (<code class="koka"><a class="pp" href="#ts_tdb">ts<span class="dash">-</span>tdb<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>astro<span class="fslash last">/</span></span>ts<span class="dash">-</span>tdb: <span class="tp">timescale</span></span></a></code>) using the IAU 2006 resolution&nbsp;<a href="https://www.iau.org/static/resolutions/IAU2006_Resol3.pdf" data-linkid="iau-b3">B3</a>:<br>
  TDB = TCB - L<sub>b</sub> &#215; (JD<sub>TCB</sub> - T<sub>0</sub>) &#215; 86400 + TDB<sub>0</sub>,
  with T<sub>0</sub> = 2443144.5003725, L<sub>b</sub> = 1.55051976772&#215;10<sup>-8</sup>, TDB<sub>0</sub>
  = -6.55&#215;10<sup>-5</sup>.
@@ -110,7 +110,7 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 <code class="koka"><a class="pp" href="#ts_tdb_create">ts<span class="dash">-</span>tdb<span class="dash">-</span>create<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>astro<span class="fslash last">/</span></span>ts<span class="dash">-</span>tdb<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">tdb<span class="dash">-</span>minus<span class="dash">-</span>tt</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">timestamp</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timespan</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timescale</span></span></a></code> and <code class="koka"><a class="pp" href="#ts_tcb_create">ts<span class="dash">-</span>tcb<span class="dash">-</span>create<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>astro<span class="fslash last">/</span></span>ts<span class="dash">-</span>tcb<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">tstdb</span> <span class="tp kw op">:</span> <span class="tp">timescale</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timescale</span></span></a></code>.
 </p>
 <figure id="fig-timescales" class="figure floating align-center float" style="text-align:center;float-env:figure;float-name:Figure">
-<p class="p noindent"><img src="data:image/png;base64,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alt="timescales" data-path="timescales.png" data-linkid="timescales" style="width:70%">
 </p>
 <hr  class="figureline madoko" style="display:block">
 
@@ -120,20 +120,20 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 <div id="fairhead:tt" class="bibitem" data-cite-label="1" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[1];searchterm:Fairhead+Bretagnon+An+analytical+formula+for+the+time+transformation"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[1]</span>L.&#160;Fairhead and P.&#160;Bretagnon.
 <em class="em-low1">An analytical formula for the time transformation TB-TT</em>.
 Astronomy and Astrophysics, vol. 229, no. 1, March 1990, p. 240&#8211;247.
-<a href="https://articles.adsabs.harvard.edu/cgi-bin/nph-iarticle_query?1990A%26A...229..240F" class="externalref">ADS</a>&nbsp;<a href="http://www.bing.com/search?q=Fairhead+Bretagnon+An+analytical+formula+for+the+time+transformation" class="bibsearch externalref">&#128270;</a></div>
+<a href="https://articles.adsabs.harvard.edu/cgi-bin/nph-iarticle_query?1990A%26A...229..240F">ADS</a>&nbsp;<a href="http://www.bing.com/search?q=Fairhead+Bretagnon+An+analytical+formula+for+the+time+transformation" class="bibsearch">&#128270;</a></div>
 <div id="kaplan:circ" class="bibitem" data-cite-label="2" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[2];searchterm:Kaplan+The+IAU+Resolutions+on+Astronomical+Reference+Systems"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[2]</span>George H.&#160;Kaplan.
 <em class="em-low1">The IAU Resolutions on Astronomical Reference Systems,
 Time Scales, and Earth Rotation Models &#8211; Explanation and Implementation</em>.
-USNO Circular&nbsp;<a href="https://aa.usno.navy.mil/pubations/docs/Circular_179.pdf" class="externalref">179</a>&nbsp;<a href="http://www.bing.com/search?q=Kaplan+The+IAU+Resolutions+on+Astronomical+Reference+Systems" class="bibsearch externalref">&#128270;</a></div>
+USNO Circular&nbsp;<a href="https://aa.usno.navy.mil/pubations/docs/Circular_179.pdf">179</a>&nbsp;<a href="http://www.bing.com/search?q=Kaplan+The+IAU+Resolutions+on+Astronomical+Reference+Systems" class="bibsearch">&#128270;</a></div>
 <div id="seidelmann:why" class="bibitem" data-cite-label="3" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[3];searchterm:Seidelmann+Fukushima+Why+new+time+scales"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[3]</span>P.K.&#160;Seidelmann and T.&#160;Fukushima.
 <em class="em-low1">Why new time scales?</em>
 Astronomy and Astrophysics, vol. 265, no. 2, p. 833&#8211;838.
-<a href="https://adsabs.harvard.edu/full/1992A%26A...265..833S" class="externalref">ADS</a>&nbsp;<a href="http://www.bing.com/search?q=Seidelmann+Fukushima+Why+new+time+scales" class="bibsearch externalref">&#128270;</a></div></div>
+<a href="https://adsabs.harvard.edu/full/1992A%26A...265..833S">ADS</a>&nbsp;<a href="http://www.bing.com/search?q=Seidelmann+Fukushima+Why+new+time+scales" class="bibsearch">&#128270;</a></div></div>
 <p class="p noindent">.
 </p></div>
 <div class="decl" id="epoch_j2000"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_astro-source.html#epoch_j2000">epoch<span class="dash">-</span>j2000</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Equinox_(celestial_coordinates)#J2000.0." data-linkid="j2000" class="externalref">J2000</a> epoch is defined as 2000-01-01T12:00:00 TT (Terrestrial time).
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Equinox_(celestial_coordinates)#J2000.0." data-linkid="j2000">J2000</a> epoch is defined as 2000-01-01T12:00:00 TT (Terrestrial time).
 </p></div></div>
 <div class="decl" id="instant_at_j2000"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_astro-source.html#instant_at_j2000">instant<span class="dash">-</span>at<span class="dash">-</span>j2000</a></span>( <span class="tp tpp">jd</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -151,7 +151,7 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 </p></div></div>
 <div class="decl" id="ts_tcb"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_astro-source.html#ts_tcb">ts<span class="dash">-</span>tcb</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Geocentric_Coordinate_Time" class="externalref">TCB</a>
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Geocentric_Coordinate_Time">TCB</a>
 (Barycentric coordinate time) time scale.&#160;The unit of TCB is the SI
 second, but in a coordinate reference frame at the barycenter of the solar
 system.
@@ -163,19 +163,19 @@ <h1 class="synopsis">Time scales for astronomy (TT, TCG, TDB, and TCB).</h1>
 a different TCB time scale (using <code class="koka"><a class="pp" href="#ts_tdb_create">ts<span class="dash">-</span>tdb<span class="dash">-</span>create<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>astro<span class="fslash last">/</span></span>ts<span class="dash">-</span>tdb<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">tdb<span class="dash">-</span>minus<span class="dash">-</span>tt</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp">timestamp</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timespan</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timescale</span></span></a></code>) you can use
 this function to create a TCB time scale from it. It computes
 TCB from the provided TDB using the IAU 2006 resolution
-<a href="https://www.iau.org/static/resolutions/IAU2006_Resol3.pdf" class="externalref">B3</a>:&#160;TDB = TCB -
+<a href="https://www.iau.org/static/resolutions/IAU2006_Resol3.pdf">B3</a>:&#160;TDB = TCB -
 L<sub>b</sub> &#215; (JD<sub>TCB</sub> - T<sub>0</sub>) &#215; 86400 + TDB<sub>0</sub>, with T<sub>0</sub> =
 2443144.5003725, L<sub>b</sub> = 1.55051976772&#215;10<sup>-8</sup>, TDB<sub>0</sub> =
 -6.55&#215;10<sup>-5</sup>.
 </p></div></div>
 <div class="decl" id="ts_tcg"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_astro-source.html#ts_tcg">ts<span class="dash">-</span>tcg</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Geocentric_Coordinate_Time" class="externalref">TCG</a> (Geocentric coordinate time) time scale.
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Geocentric_Coordinate_Time">TCG</a> (Geocentric coordinate time) time scale.
 The unit of TCG is the SI second in a coordinate reference frame at the center of the Earth.
 </p></div></div>
 <div class="decl" id="ts_tdb"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_astro-source.html#ts_tdb">ts<span class="dash">-</span>tdb</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Barycentric_Coordinate_Time" class="externalref">TDB</a> (Barycentric dynamical time) time scale
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Barycentric_Coordinate_Time">TDB</a> (Barycentric dynamical time) time scale
 (which can be considered equivalent T<sub>eph</sub>).
 </p>
 <p class="p indent">TDB is approximated from TT using an initial set of coefficients by
diff --git a/doc/std_time_calendar.html b/doc/std_time_calendar.html
index fd49b6a08..12b738441 100644
--- a/doc/std_time_calendar.html
+++ b/doc/std_time_calendar.html
@@ -48,13 +48,13 @@ <h1 class="synopsis">Calendars.</h1>
 <p class="p noindent">Check if two calendars use the same date calculations. (Display of era names etc. may differ).
 </p></div></div><div class="decl" id="cal_gregorian"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendar-source.html#cal_gregorian">cal<span class="dash">-</span>gregorian</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The (proleptic)&nbsp;<a href="https://en.wikipedia.org/wiki/Gregorian_calendar" class="externalref">Gregorian calendar</a>.
+<p class="p noindent">The (proleptic)&nbsp;<a href="https://en.wikipedia.org/wiki/Gregorian_calendar">Gregorian calendar</a>.
 Just like the ISO calendar except that the year 0 does not exist, i.e. after 1 BCE (=<code class="koka"><span class="op">~</span><span class="number">1</span></code>)
 we have 1 CE (=<code class="koka"><span class="number">1</span></code>).
 The calendar short name is <code class="code code2">GC</code>.
 </p></div></div><div class="decl" id="cal_iso"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendar-source.html#cal_iso">cal<span class="dash">-</span>iso</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601" class="externalref">ISO 8601</a> calendar
+<p class="p noindent">The standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601">ISO 8601</a> calendar
 using TI time (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#ts_ti">ts<span class="dash">-</span>ti<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti: <span class="tp">timescale</span></span></a></code>). This is a proleptic Gregorian
 calendar except that it uses the year 0 for 1 BCE, -1 for 2 BCE etc.
 </p>
@@ -62,9 +62,9 @@ <h1 class="synopsis">Calendars.</h1>
 date calculations while still taking historical leap seconds into account.
 </p></div></div><div class="decl" id="cal_iso_sls"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendar-source.html#cal_iso_sls">cal<span class="dash">-</span>iso<span class="dash">-</span>sls</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"> The standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601" class="externalref">ISO 8601</a> calendar
+<p class="p noindent"> The standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601">ISO 8601</a> calendar
 but using TI-SLS time (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#ts_ti_sls">ts<span class="dash">-</span>ti<span class="dash">-</span>sls<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti<span class="dash">-</span>sls: <span class="tp">timescale</span></span></a></code>), i.e. TI with
-<a href="https://www.cl.cam.ac.uk/~mgk25/time/utc-sls/" class="externalref">smoothed leap seconds</a>.
+<a href="https://www.cl.cam.ac.uk/~mgk25/time/utc-sls/">smoothed leap seconds</a>.
 </p>
 <p class="p indent">This calendar is equivalent to the ISO calendar except for the last 1000 seconds of a day where
 a leap second occurs. On such day, the leap second time step (positive or negative)
@@ -83,14 +83,14 @@ <h1 class="synopsis">Calendars.</h1>
 </li>
 <li class="li ul-li list-dash-li compact-li">Time as always equal to UTC on the full and half hour.
 </div></div><div class="decl" id="cal_timestamp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_calendar-source.html#cal_timestamp">cal<span class="dash">-</span>timestamp</a></span>( <span class="tp tpp">cal</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a>, <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a>, <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_date.html#type_space_date"><span class="tp">date</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>date<span class="fslash last">/</span></span>date: <span class="co">V</span></span></a>, <span class="tp tpp">c</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_date.html#type_space_clock"><span class="tp">clock</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>date<span class="fslash last">/</span></span>clock: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timestamp.html#type_space_timestamp"><span class="tp">timestamp</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timestamp<span class="fslash last">/</span></span>timestamp: <span class="co">V</span></span></a></div></div><div class="decl" id="cal_utc_create"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_calendar-source.html#cal_utc_create">cal<span class="dash">-</span>utc<span class="dash">-</span>create</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
-Create a standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601" class="externalref">ISO 8601</a> calendar
+Create a standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601">ISO 8601</a> calendar
 using UTC time (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#ts_utc_create">ts<span class="dash">-</span>utc<span class="dash">-</span>create<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>utc<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">leaps</span> <span class="tp kw op">:</span> <span class="tp">leaps<span class="dash">-</span>table</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timescale</span></span></a></code>) given a provide leap second table (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a></code>).
 This is a proleptic Gregorian
 calendar except that it uses the year 0 for 1 BCE, -1 for 2 BCE etc.
 </li></ul>
 
 <p class="p noindent">You can create an ISO 8601 UTC calendar using the latest IERS leap
-second data using&nbsp;<a href="std_time_download.html#cal_utc_load" class="externalref"><code class="koka">cal<span class="dash">-</span>utc<span class="dash">-</span>load</code></a>.
+second data using&nbsp;<a href="std_time_download.html#cal_utc_load"><code class="koka">cal<span class="dash">-</span>utc<span class="dash">-</span>load</code></a>.
 </p></div></div><div class="decl" id="cal_utc_sls_create"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_calendar-source.html#cal_utc_sls_create">cal<span class="dash">-</span>utc<span class="dash">-</span>sls<span class="dash">-</span>create</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Create a new ISO 8601 calendar based on UTC-SLS time, i.e. UTC with smoothed leap
@@ -164,7 +164,7 @@ <h1 class="synopsis">Calendars.</h1>
 <div class="decl" id="type_space_timezone"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar-source.html#type_space_timezone"><span class="tp">timezone</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>timezone: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A <code class="koka"><a class="pp" href="#type_space_timezone"><span class="tp">timezone</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>timezone: <span class="co">V</span></span></a></code> determines a time offset with respect to the UTC / GMT timezone. For
-using general time zones, see the&nbsp;<a href="std_time_timezone.html" class="externalref"><code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_time.html#timezone">timezone</a></code></a> module.<br>
+using general time zones, see the&nbsp;<a href="std_time_timezone.html"><code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_time.html#timezone">timezone</a></code></a> module.<br>
 The <code class="koka"><a class="pp" href="#tz_utc">tz<span class="dash">-</span>utc<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>tz<span class="dash">-</span>utc: <span class="tp">timezone</span></span></a></code> and <code class="koka"><a class="pp" href="#tz_local">tz<span class="dash">-</span>local<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>tz<span class="dash">-</span>local: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">ndet</span> <span class="tp">timezone</span></span></a></code> time zones are used for UTC/GMT time and the local system time.<br>
 The <code class="koka">name</code> field contains the time zone name as IANA timezone identifier.
 The <code class="koka">utc<span class="dash">-</span>delta</code> field returns the time zone offset
diff --git a/doc/std_time_calendars.html b/doc/std_time_calendars.html
index 95328484a..b8445bc48 100644
--- a/doc/std_time_calendars.html
+++ b/doc/std_time_calendars.html
@@ -26,12 +26,12 @@ <h1 class="synopsis">Various calendars\: TAI, GPS, ISO week, Julian, Coptic, etc
 </p></div>
 <div class="decl" id="cal_coptic"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendars-source.html#cal_coptic">cal<span class="dash">-</span>coptic</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Coptic_calendar" class="externalref">Coptic</a> calendar.
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Coptic_calendar">Coptic</a> calendar.
 The calendar short name is <code class="code code2">CC</code>.
 </p></div></div>
 <div class="decl" id="cal_ethiopian"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendars-source.html#cal_ethiopian">cal<span class="dash">-</span>ethiopian</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Ethiopian_calendar" class="externalref">Ethiopian</a> calendar.
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Ethiopian_calendar">Ethiopian</a> calendar.
 The calendar short name is <code class="code code2">EC</code>.
 </p></div></div>
 <div class="decl" id="cal_iso_month"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendars-source.html#cal_iso_month">cal<span class="dash">-</span>iso<span class="dash">-</span>month</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -65,7 +65,7 @@ <h1 class="synopsis">Various calendars\: TAI, GPS, ISO week, Julian, Coptic, etc
 
 
 <p class="p noindent">This is <em class="em-low1">not</em> a standard ISO calendar &#8211; it is named this way because
-it is based directly on the standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_week_date" class="externalref">ISO week
+it is based directly on the standard&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_week_date">ISO week
 date</a> calendar.
 The short name of the calendar is <code class="koka"><span class="st">&#34;IM&#34;</span></code>.
 </p>
@@ -84,7 +84,7 @@ <h1 class="synopsis">Various calendars\: TAI, GPS, ISO week, Julian, Coptic, etc
 matches the Gregorian calendar dates very closely<sup id="back-fn-fn-match" ><a href="#fn-fn-match" title="1.The month date always matches within 5 days of the
 Gregorian calendar; and 90% of the time, the date is within 3 days.
 &#8617;" class="footnote-ref localref" ><span class="footnote-label">1</span></a></sup>, and is based a widely supported standard ISO calendar. Moreover,
-it is&nbsp;<a href="https://en.wikipedia.org/wiki/Perennial_calendar" class="externalref">perennial</a> where
+it is&nbsp;<a href="https://en.wikipedia.org/wiki/Perennial_calendar">perennial</a> where
 every date in the year always has the same weekday. For example, every
 year and every quarter always start on a Monday and end on a Sunday.
 Thanksgiving (the 4th Thursday of November) is always on November 23, and
@@ -159,7 +159,7 @@ <h1 class="synopsis">Various calendars\: TAI, GPS, ISO week, Julian, Coptic, etc
 </p></div></div>
 <div class="decl" id="cal_iso_week"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendars-source.html#cal_iso_week">cal<span class="dash">-</span>iso<span class="dash">-</span>week</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"> The &#8216;ISO week&#8217; calendar. This implements the&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_week_date" class="externalref">ISO week date</a>
+<p class="p noindent"> The &#8216;ISO week&#8217; calendar. This implements the&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_week_date">ISO week date</a>
 calendar the week number is interpreted as &#8220;month&#8221; number instead, i.e. every year has 52 (or 53)
 months of 7 week days each. Short name is <code class="koka"><span class="st">&#34;IW&#34;</span></code>.
 </p>
@@ -188,7 +188,7 @@ <h1 class="synopsis">Various calendars\: TAI, GPS, ISO week, Julian, Coptic, etc
 </p></div></div>
 <div class="decl" id="cal_julian"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_calendars-source.html#cal_julian">cal<span class="dash">-</span>julian</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#type_space_calendar"><span class="tp">calendar</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>calendar: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_calendar" class="externalref">Julian calendar</a>.
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_calendar">Julian calendar</a>.
 Uses old-style <code class="code code2">BC</code> and <code class="code code2">AD</code> to display era&#39;s.
 The calendar short name is <code class="code code2">JC</code>.
 </p></div></div>
diff --git a/doc/std_time_chrono.html b/doc/std_time_chrono.html
index 19a98ec62..f97ddcd5d 100644
--- a/doc/std_time_chrono.html
+++ b/doc/std_time_chrono.html
@@ -37,7 +37,7 @@ <h1 class="synopsis">Get the system time.</h1>
 </p>
 <p class="p indent">This uses the best available system clock for the requested
 timescale. For example
-it uses&nbsp;<a href="https://www.madore.org/~david/computers/unix-leap-seconds.html" class="externalref"><code class="code code2">CLOCK_UTC</code></a>
+it uses&nbsp;<a href="https://www.madore.org/~david/computers/unix-leap-seconds.html"><code class="code code2">CLOCK_UTC</code></a>
 when available to get proper UTC time, or <code class="code code2">CLOCK_TAI</code> for TAI time.
 </p>
 <p class="p indent">Otherwise, it usually uses Unix (POSIX) time (<code class="code code2">CLOCK_REALTIME</code>).
diff --git a/doc/std_time_date.html b/doc/std_time_date.html
index 6588ec27b..bc21e773a 100644
--- a/doc/std_time_date.html
+++ b/doc/std_time_date.html
@@ -109,7 +109,7 @@ <h1 class="synopsis">Date, clock, and week days support.</h1>
 <p class="p noindent">Compare two dates by fields.
 </p></div></div><div class="decl" id="easter"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_date-source.html#easter">easter</a></span>( <span class="tp tpp">year</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_date"><span class="tp">date</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>date<span class="fslash last">/</span></span>date: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Return the ISO calendar date of Easter in a given year (Algorithm by&nbsp;<a href="https://aa.usno.navy.mil/faq/docs/easter.php" class="externalref">J.M. Oudin</a>).
+<p class="p noindent">Return the ISO calendar date of Easter in a given year (Algorithm by&nbsp;<a href="https://aa.usno.navy.mil/faq/docs/easter.php">J.M. Oudin</a>).
 </p></div></div><div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_date-source.html#show">show</a></span>( <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_date"><span class="tp">date</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>date<span class="fslash last">/</span></span>date: <span class="co">V</span></span></a>, <span class="tp tpp">month<span class="dash">-</span>prefix</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Show a date in ISO format. <code class="koka"><a class="pp" href="#con_space_Date"><span class="co">Date</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>date<span class="fslash last">/</span></span>Date: <span class="tp sp">(</span><span class="tp tpp">year</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">month</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">day</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">date</span></span></a>(<span class="number">2000</span>,<span class="number">1</span>,<span class="number">1</span>)<span class="kw op">.</span>show <span class="op">==</span> <span class="st">&#34;2000-01-01&#34;</span></code>.
diff --git a/doc/std_time_duration.html b/doc/std_time_duration.html
index e0e6a4611..fbc4b1666 100644
--- a/doc/std_time_duration.html
+++ b/doc/std_time_duration.html
@@ -28,7 +28,7 @@ <h1 class="synopsis">Time durations in SI seconds.</h1>
 <div class="decl" id="type_space_duration"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent">A duration in time in (TAI) SI seconds (as measured on the earth&#39;s geoid).<br>
-A duration is represented by a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> giving it a high range and precision (see the&nbsp;<a href="std_time_instant.html" class="externalref"><code class="koka">instant</code></a> module).
+A duration is represented by a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code> giving it a high range and precision (see the&nbsp;<a href="std_time_instant.html"><code class="koka">instant</code></a> module).
 </p></div><div class="nested"><div class="decl" id="float64_fs_duration"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_duration-source.html#float64_fs_duration"><span class="lq">float64<span class="fslash">/</span></span>duration</a></span>( <span class="tp tpp">secs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Create a duration from seconds as a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a></code>.
diff --git a/doc/std_time_format.html b/doc/std_time_format.html
index 9d9c4fe5c..c40038175 100644
--- a/doc/std_time_format.html
+++ b/doc/std_time_format.html
@@ -87,7 +87,7 @@ <h1 class="synopsis">Formatting of time into a string.
 </li>
 <li class="li ul-li list-star-li compact-li"><code class="code code2">x</code>: fractional seconds since <code class="koka">min<span class="dash">-</span>time</code>. (<code class="code code2">63610768799.429</code>)
 </li>
-<li class="li ul-li list-star-li compact-li"><code class="code code2">YYYYYY</code>: the year in&nbsp;<a href="https://www.ecma-international.org/ecma-262/5.1/#sec-15.9.1.15.1" class="externalref">ECMAscript</a> 6 digits, prepended with the sign. (<code class="code code2">+002016</code>,<code class="code code2">-000023</code>,<code class="code code2">+000000</code>)
+<li class="li ul-li list-star-li compact-li"><code class="code code2">YYYYYY</code>: the year in&nbsp;<a href="https://www.ecma-international.org/ecma-262/5.1/#sec-15.9.1.15.1">ECMAscript</a> 6 digits, prepended with the sign. (<code class="code code2">+002016</code>,<code class="code code2">-000023</code>,<code class="code code2">+000000</code>)
 </li>
 <li class="li ul-li list-star-li compact-li"><code class="code code2">y</code>: the absolute value of the year as a number (without zero padding). Useful when
 displaying Julian (<code class="koka">cal<span class="dash">-</span>julian</code>) negative years as <code class="code code2">10 BC</code> for example (e.g. <code class="code code2">&quot;y E&quot;</code>).
@@ -120,13 +120,13 @@ <h1 class="synopsis">Formatting of time into a string.
 <p class="p noindent">After formatting, any left- or right white space is trimmed. This allows specifiers
 like <code class="koka"><span class="st">&#34;YYYY E C&#34;</span></code> that display correctly even if the era or calendar name is empty.
 </p>
-<p class="p indent">For example, to display a time in the standard&nbsp;<a href="https://tools.ietf.org/html/rfc2822#section-3.3" class="externalref">Internet Message Format</a>
+<p class="p indent">For example, to display a time in the standard&nbsp;<a href="https://tools.ietf.org/html/rfc2822#section-3.3">Internet Message Format</a>
 you can use <code class="koka">now()<span class="kw op">.</span><a class="pp" href="#format">format<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>format<span class="fslash last">/</span></span>format: <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">time</span><span class="tp sp">,</span> <span class="tp tpp">fmt</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">locale</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">time<span class="dash">-</span>locale</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">string</span></span></a>(<span class="st">&#34;ddd, D MMM Y HH:mm:ss zz&#34;</span>)</code> displayed as <code class="koka"><span class="st">&#34;Tue, 27 Sep 2016 06:36:55 -0700&#34;</span></code> for example.<br>
 A standard ISO string can be formatted as, <code class="koka"><span class="st">&#34;YYYY-MM-DD&#39;T&#39;HH:mm:ssFFFFFFFFFZ C&#34;</span></code>.
 </p></div></div>
 <div class="decl" id="show_imf"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_format-source.html#show_imf">show<span class="dash">-</span>imf</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_time.html#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Show time as a standard&nbsp;<a href="https://tools.ietf.org/html/rfc2822#section-3.3" class="externalref">Internet Message Format</a> date.<br>
+<p class="p noindent">Show time as a standard&nbsp;<a href="https://tools.ietf.org/html/rfc2822#section-3.3">Internet Message Format</a> date.<br>
 For example <code class="koka">now()<span class="kw op">.</span><a class="pp" href="#show_imf">show<span class="dash">-</span>imf<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>format<span class="fslash last">/</span></span>show<span class="dash">-</span>imf: <span class="tp sp">(</span><span class="tp tpp">t</span> <span class="tp kw op">:</span> <span class="tp">time</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">string</span></span></a></code> returns <code class="koka"><span class="st">&#34;Fri, 9 Oct 2016 11:57:45 -0700&#34;</span></code>.
 </p></div></div>
 <div class="decl" id="show_in_locale"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_format-source.html#show_in_locale">show<span class="dash">-</span>in<span class="dash">-</span>locale</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_time.html#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a>, <span class="tp tpp">locale</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_locale.html#type_space_time_locale"><span class="tp">time<span class="dash">-</span>locale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>locale<span class="fslash last">/</span></span>time<span class="dash">-</span>locale: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
diff --git a/doc/std_time_instant.html b/doc/std_time_instant.html
index 0a2928b2c..b1f8a232f 100644
--- a/doc/std_time_instant.html
+++ b/doc/std_time_instant.html
@@ -63,7 +63,7 @@ <h1 class="synopsis">Instants in time.</h1>
 <div id="blackbody" class="bibitem" data-cite-label="1" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[1];searchterm:Claudine+Thomas+Accuracy+of+TAI"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[1]</span>Claudine Thomas,
 <em class="em-low1">The Accuracy of TAI</em>.
 Proceedings of the 29th Annual Precise Time and Time Interval Systems and Applications Meeting,
-Long Beach, California, December 1997, pp. 19&#8211;26.&nbsp;<a href="https://tycho.usno.navy.mil/ptti/1997papers/Vol%2029_02.pdf" class="externalref">pdf</a>&nbsp;<a href="http://www.bing.com/search?q=Claudine+Thomas+Accuracy+of+TAI" class="bibsearch externalref">&#128270;</a></div></div>
+Long Beach, California, December 1997, pp. 19&#8211;26.&nbsp;<a href="https://tycho.usno.navy.mil/ptti/1997papers/Vol%2029_02.pdf">pdf</a>&nbsp;<a href="http://www.bing.com/search?q=Claudine+Thomas+Accuracy+of+TAI" class="bibsearch">&#128270;</a></div></div>
 <p class="p noindent">.
 </p></div>
 <div class="decl" id="type_space_instant"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant-source.html#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
@@ -79,11 +79,11 @@ <h1 class="synopsis">Instants in time.</h1>
 <p class="p noindent">Create an instant from a GPS time in weeks and SI seconds since the GPS epoch (1980-01-06Z).
 </p></div></div><div class="decl" id="ddouble_fs_instant_at_jd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#ddouble_fs_instant_at_jd"><span class="lq">ddouble<span class="fslash">/</span></span>instant<span class="dash">-</span>at<span class="dash">-</span>jd</a></span>( <span class="tp tpp">jd</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a>, <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day" class="externalref">julian day</a>
+<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day">julian day</a>
 and time scale <code class="koka">ts</code> .
 </p></div></div><div class="decl" id="ddouble_fs_instant_at_mjd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#ddouble_fs_instant_at_mjd"><span class="lq">ddouble<span class="fslash">/</span></span>instant<span class="dash">-</span>at<span class="dash">-</span>mjd</a></span>( <span class="tp tpp">mjd</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a>, <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day" class="externalref">modified julian day</a>.
+<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day">modified julian day</a>.
 and time scale <code class="koka">ts</code>.<br>
 <code class="koka">modified<span class="dash">-</span>julian<span class="dash">-</span>day <span class="kw">=</span> julian<span class="dash">-</span>day <span class="op"><span class="minus">-</span></span> <span class="number">2400000.5</span></code>.
 </p></div></div><div class="decl" id="duration_fs__dash_"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#duration_fs__dash_"><span class="lq">duration<span class="fslash">/</span></span>(<span class="dash">-</span>)</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a>, <span class="tp tpp">d</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration.html#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -100,10 +100,10 @@ <h1 class="synopsis">Instants in time.</h1>
 <p class="p noindent">Create an instant from a raw TT time since the TT epoch (1977-01-01 TAI).
 </p></div></div><div class="decl" id="float64_fs_instant_at_jd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#float64_fs_instant_at_jd"><span class="lq">float64<span class="fslash">/</span></span>instant<span class="dash">-</span>at<span class="dash">-</span>jd</a></span>( <span class="tp tpp">jd</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day" class="externalref">julian day</a>.
+<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day">julian day</a>.
 </p></div></div><div class="decl" id="float64_fs_instant_at_mjd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#float64_fs_instant_at_mjd"><span class="lq">float64<span class="fslash">/</span></span>instant<span class="dash">-</span>at<span class="dash">-</span>mjd</a></span>( <span class="tp tpp">mjd</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day" class="externalref">modified julian day</a>.
+<p class="p noindent">Create an instant given a&nbsp;<a href="https://en.wikipedia.org/wiki/Julian_day">modified julian day</a>.
 and time scale <code class="koka">ts</code>.<br>
 <code class="koka">modified<span class="dash">-</span>julian<span class="dash">-</span>day <span class="kw">=</span> julian<span class="dash">-</span>day <span class="op"><span class="minus">-</span></span> <span class="number">2400000.5</span></code>.
 </p></div></div><div class="decl" id="instant_fs_duration"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#instant_fs_duration"><span class="lq">instant<span class="fslash">/</span></span>duration</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration.html#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -166,7 +166,7 @@ <h1 class="synopsis">Instants in time.</h1>
 
 <p class="p noindent">Our epoch is set at 2000-01-01 TAI (which is equal to 1999-12-31T23:59:28Z UTC).
 </p>
-<p class="p indent">Another candidate epoch could have been the standard&nbsp;<a href="https://en.wikipedia.org/wiki/Equinox_(celestial_coordinates)#J2000.0." data-linkid="j2000" class="externalref">J2000</a> epoch (<a href="std_time_astro.html#epoch_j2000" class="externalref"><code class="koka">epoch<span class="dash">-</span>j2000</code></a>),
+<p class="p indent">Another candidate epoch could have been the standard&nbsp;<a href="https://en.wikipedia.org/wiki/Equinox_(celestial_coordinates)#J2000.0." data-linkid="j2000">J2000</a> epoch (<a href="std_time_astro.html#epoch_j2000"><code class="koka">epoch<span class="dash">-</span>j2000</code></a>),
 which equals 2000-01-01T12:00:00 TT (terrestrial time).
 However, that would mean that for the most common time scales, namely UTC and TAI, there would always be a
 fractional offset (of 32.184s) for common time stamps. Moreover, by having an epoch at noon there would be
@@ -236,7 +236,7 @@ <h1 class="synopsis">Instants in time.</h1>
 
 <p class="p noindent">A time scale defines how time is measured: the rate and unit of time,
 and how it can be converted to- and from TAI.<br>
-For time calculations, usually the&nbsp;<a href="https://en.wikipedia.org/wiki/International_Atomic_Time" class="externalref">TAI</a>
+For time calculations, usually the&nbsp;<a href="https://en.wikipedia.org/wiki/International_Atomic_Time">TAI</a>
 (international atomic time) time scale (<code class="koka"><a class="pp" href="#ts_tai">ts<span class="dash">-</span>tai<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>ts<span class="dash">-</span>tai: <span class="tp">timescale</span></span></a></code>) is used which is time measured as SI seconds on the Earths geoid.
 Another common time scale is UTC (<code class="koka"><a class="doc link" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#ts_utc">ts<span class="dash">-</span>utc</a></code>) which also uses SI second time units but can contain leap seconds.
 </p></div><div class="nested"><div class="decl" id="date_fs_instant"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_instant-source.html#date_fs_instant"><span class="lq">date<span class="fslash">/</span></span>instant</a></span>( <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a>, <span class="tp tpp">days</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">secs</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timestamp.html#type_space_timespan"><span class="tp">timespan</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timestamp<span class="fslash last">/</span></span>timespan: <span class="co">V</span></span></a>, <span class="tp tpp">leap</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -275,16 +275,16 @@ <h1 class="synopsis">Instants in time.</h1>
 <p class="p noindent">Return the <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration.html#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a></code> since the <code class="koka"><a class="pp" href="#epoch">epoch<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>epoch: <span class="tp">instant</span></span></a></code> for a timestamp <code class="koka">t</code> interpreted in time scale <code class="koka">ts</code>.
 </p></div></div><div class="decl" id="ts_gps"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_instant-source.html#ts_gps">ts<span class="dash">-</span>gps</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Global_Positioning_System#Timekeeping" class="externalref">GPS</a> time scale based
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Global_Positioning_System#Timekeeping">GPS</a> time scale based
 on SI seconds with a 1980-01-06 GPS epoch.<br>
 GPS = TAI - 19s.
 </p></div></div><div class="decl" id="ts_tai"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_instant-source.html#ts_tai">ts<span class="dash">-</span>tai</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/International_Atomic_Time" class="externalref">TAI</a> (International atomic time)
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/International_Atomic_Time">TAI</a> (International atomic time)
 time scale is based on SI seconds measured on the Earth&#39;s geoid, with a 2000-01-01 TAI <code class="koka"><a class="pp" href="#epoch">epoch<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>epoch: <span class="tp">instant</span></span></a></code>.
 </p></div></div><div class="decl" id="ts_tt"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_instant-source.html#ts_tt">ts<span class="dash">-</span>tt</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Terrestrial_Time" class="externalref">TT</a> (Terrestrial time)
+<p class="p noindent">The&nbsp;<a href="https://en.wikipedia.org/wiki/Terrestrial_Time">TT</a> (Terrestrial time)
 time scale is based on SI seconds with a 1977-01-01 TAI <code class="koka"><a class="pp" href="#epoch">epoch<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>epoch: <span class="tp">instant</span></span></a></code>. It is the
 continuation of TDT (Terrestrial dynamic time) and ET (Ephemeris time). TT
 is defined as: TT = TAI + 32.184s.
diff --git a/doc/std_time_time.html b/doc/std_time_time.html
index fe6ee75ee..afbdae49d 100644
--- a/doc/std_time_time.html
+++ b/doc/std_time_time.html
@@ -177,7 +177,7 @@ <h1 class="synopsis">Time represents instants as human readable calendar time.</
 <p class="p noindent">Return the whole hours of a <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code>.
 </p></div></div><div class="decl" id="jd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_time-source.html#jd">jd</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"> Return the Julian date (<a href="https://en.wikipedia.org/wiki/Julian_day" class="externalref">JD</a>)
+<p class="p noindent"> Return the Julian date (<a href="https://en.wikipedia.org/wiki/Julian_day">JD</a>)
 number for a given <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code> <code class="koka">t</code>. This interprets the Julian date in the calendar of <code class="koka">t</code> with
 the timezone of <code class="koka">t</code> applied.<br>
 <code class="koka">time(<span class="number">-4713</span>,<span class="number">11</span>,<span class="number">24</span>,<span class="number">12</span>,cal<span class="kw">=</span>cal<span class="dash">-</span>tt)<span class="kw op">.</span>jd <span class="op">==</span> <span class="st">&#34;0&#34;</span></code><br>
@@ -205,7 +205,7 @@ <h1 class="synopsis">Time represents instants as human readable calendar time.</
 <p class="p noindent">Return the whole minutes of a <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code>.
 </p></div></div><div class="decl" id="mjd"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_time-source.html#mjd">mjd</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Return the modified Julian date (<a href="https://en.wikipedia.org/wiki/Julian_day#Variants" class="externalref">MJD</a>)
+<p class="p noindent">Return the modified Julian date (<a href="https://en.wikipedia.org/wiki/Julian_day#Variants">MJD</a>)
 number for a given <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code>. This interprets the Modified Julian Date in the calendar
 system of <code class="koka">t</code> with the timezone applied.<br>
 <code class="koka">time(<span class="number">1972</span>,<span class="number">1</span>,<span class="number">2</span>,tz<span class="kw">=</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_calendar.html#tz_fixed">tz<span class="dash">-</span>fixed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>calendar<span class="fslash last">/</span></span>tz<span class="dash">-</span>fixed: <span class="tp sp">(</span><span class="tp tpp">hours</span> <span class="tp kw op">:</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">mins</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">,</span> <span class="tp tpp">name</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">abbrv</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">hourwidth</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timezone</span></span></a>(<span class="number">1</span>))<span class="kw op">.</span>mjd <span class="op">==</span> <span class="st">&#34;41318&#34;</span></code><br>
@@ -242,7 +242,7 @@ <h1 class="synopsis">Time represents instants as human readable calendar time.</
 <p class="p noindent">Return the fractional seconds of a <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code>.
 </p></div></div><div class="decl" id="show"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_time-source.html#show">show</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a>, <span class="tp tpp">prec</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent">Show a <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code> in&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601" class="externalref">ISO 8601</a> format.
+<p class="p noindent">Show a <code class="koka"><a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></code> in&nbsp;<a href="https://en.wikipedia.org/wiki/ISO_8601">ISO 8601</a> format.
 </p></div></div><div class="decl" id="show_raw"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_time-source.html#show_raw">show<span class="dash">-</span>raw</a></span>( <span class="tp tpp">tp</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a>, <span class="tp tpp">prec</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a></div></div><div class="decl" id="start_of_day"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_time-source.html#start_of_day">start<span class="dash">-</span>of<span class="dash">-</span>day</a></span>( <span class="tp tpp">t</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_time"><span class="tp">time</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>time<span class="fslash last">/</span></span>time: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Return the time at the start of the day of time <code class="koka">t</code>.
diff --git a/doc/std_time_timer-source.html b/doc/std_time_timer-source.html
index c639f49a5..7713c4411 100644
--- a/doc/std_time_timer-source.html
+++ b/doc/std_time_timer-source.html
@@ -63,18 +63,18 @@
   js <span class="st">"&#95;ticks&#95;resolution"</span></span>
 
 <span class="comment">// Return the number of fractional seconds that it takes to evaluate &#96;action&#96;.
-</span><span class="decl-fun" id="elapsed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timer.html#elapsed">elapsed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>elapsed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">duration</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">71</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">70</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="number">101</span><span class="op">&gt;</span> (duration, <span class="number">100</span>)</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
-  <span class="kw">val</span> <a class="pp">t0<span class="pc">t0: <span class="tp">duration</span></span></a> <span class="kw">=</span> <a class="pp" href="#ticks">ticks<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>ticks: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">71</span><span class="op">&gt;</span> duration</span></a>()
-  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">70</span></span></a> <span class="kw">=</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">71</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">70</span></span></a>()
-  <span class="kw">val</span> <a class="pp">t1<span class="pc">t1: <span class="tp">duration</span></span></a> <span class="kw">=</span> <a class="pp" href="#ticks">ticks<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>ticks: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">71</span><span class="op">&gt;</span> duration</span></a>()
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">t1<span class="pc">t1: <span class="tp">duration</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">duration</span><span class="tp sp">,</span> <span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">duration</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">71</span><span class="op">&gt;</span> duration</span></a> <a class="pp">t0<span class="pc">t0: <span class="tp">duration</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">70</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
+</span><span class="decl-fun" id="elapsed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timer.html#elapsed">elapsed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>elapsed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp">duration</span><span class="tp sp">,</span> <span class="tp tv">a</span><span class="tp sp">)</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">80</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">79</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp kw op">|</span><span class="number">110</span><span class="op">&gt;</span> (duration, <span class="number">109</span>)</span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_tuple2"><span class="tp">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>tuple2: <span class="tp sp">(</span><span class="co">V</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#type_space_duration"><span class="tp">duration</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>duration: <span class="co">V</span></span></a><span class="tp sp">,</span><a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><span class="tp sp">)</span>
+  <span class="kw">val</span> <a class="pp">t0<span class="pc">t0: <span class="tp">duration</span></span></a> <span class="kw">=</span> <a class="pp" href="#ticks">ticks<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>ticks: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">80</span><span class="op">&gt;</span> duration</span></a>()
+  <span class="kw">val</span> <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">79</span></span></a> <span class="kw">=</span> <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">80</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">79</span></span></a>()
+  <span class="kw">val</span> <a class="pp">t1<span class="pc">t1: <span class="tp">duration</span></span></a> <span class="kw">=</span> <a class="pp" href="#ticks">ticks<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>ticks: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">80</span><span class="op">&gt;</span> duration</span></a>()
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">t1<span class="pc">t1: <span class="tp">duration</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#_dash_">-<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>(<span class="dash">-</span>): <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">duration</span><span class="tp sp">,</span> <span class="tp tpp">e</span> <span class="tp kw op">:</span> <span class="tp">duration</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">80</span><span class="op">&gt;</span> duration</span></a> <a class="pp">t0<span class="pc">t0: <span class="tp">duration</span></span></a>, <a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">79</span></span></a></span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a>
 
 <span class="comment">// Measure the number of fractional seconds that it takes to evaluate &#96;action&#96;, and print &#96;msg&#96; postfixed with the
 // measured time in millisecond resolution.
-</span><span class="decl-fun" id="print_elapsed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timer.html#print_elapsed">print-elapsed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>print<span class="dash">-</span>elapsed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">108</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">msg<span class="pc">msg: <span class="tp sp">?</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">"elapsed"<span class="pc">literal: <span class="tp">string</span><br>count= 7</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="number">243</span><span class="op">&gt;</span> <span class="number">242</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp">duration</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">108</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp" href="#elapsed">elapsed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>elapsed: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">108</span>) <span class="kw op">-></span> <span class="op">&lt;</span>ndet,console<span class="op">|$</span><span class="number">109</span><span class="op">&gt;</span> (duration, <span class="op">$</span><span class="number">108</span>)</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">108</span></span></a>)
-  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> ()</span></a>( <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> string</span></a> <a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> string</span></a> <a class="pp">t<span class="pc">t: <span class="tp">duration</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">duration</span><span class="tp sp">,</span> <span class="tp tpp">max<span class="dash">-</span>prec</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">109</span><span class="op">&gt;</span> string</span></a>(<a class="pp">3<span class="pc">literal: <span class="tp">int</span><br>dec  = 3<br>hex8 = 0x03<br>bit8 = 0b00000011</span></a>) )
-  </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">108</span></span></a>
+</span><span class="decl-fun" id="print_elapsed"><span class="kw">pub</span> <span class="kw">fun</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timer.html#print_elapsed">print-elapsed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>print<span class="dash">-</span>elapsed: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">msg</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="tp tv">e</span><span class="tp sp">&gt;</span> <span class="tp tv">a</span></span></a>( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">117</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>, <a class="pp">msg<span class="pc">msg: <span class="tp sp">?</span> <span class="tp">string</span></span></a> <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> <span class="kw">=</span> <a class="pp">"elapsed"<span class="pc">literal: <span class="tp">string</span><br>count= 7</span></a> <a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp kw op">|</span><span class="number">252</span><span class="op">&gt;</span> <span class="number">251</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">&lt;</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_ndet"><span class="tp"><span class="effect">ndet</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>ndet: <span class="co">X</span></span></a><span class="tp sp">,</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#type_space_console"><span class="tp"><span class="effect">console</span></span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <span class="kw">val</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">(</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a><a class="pp">t<span class="pc">t: <span class="tp">duration</span></span></a>,<a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">117</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#con_space_Tuple2"><span class="co">)</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>Tuple2: <span class="tp kw">forall</span><span class="tp sp">&lt;</span><span class="tp tv">a</span><span class="tp sp">,</span><span class="tp tv">b</span><span class="tp sp">&gt;</span> <span class="tp sp">(</span><span class="tp tpp">fst</span> <span class="tp kw op">:</span> <span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tpp">snd</span> <span class="tp kw op">:</span> <span class="tp tv">b</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">(</span><span class="tp tv">a</span><span class="tp sp">,</span> <span class="tp tv">b</span><span class="tp sp">)</span></span></a> <span class="kw">=</span> <a class="pp" href="#elapsed">elapsed<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timer<span class="fslash last">/</span></span>elapsed: <span class="tp sp">(</span><span class="tp tpp">action</span> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">117</span>) <span class="kw op">-></span> <span class="op">&lt;</span>ndet,console<span class="op">|$</span><span class="number">118</span><span class="op">&gt;</span> (duration, <span class="op">$</span><span class="number">117</span>)</span></a>(<a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">ndet</span><span class="tp sp">,</span><span class="tp">console</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">117</span></span></a>)
+  <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console-source.html#string_fs_println">println<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span><span class="lq">string<span class="fslash">/</span></span>println: <span class="tp sp">(</span><span class="tp tpp">s</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> ()</span></a>( <a class="pp">msg<span class="pc">msg: <span class="tp">string</span></span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> string</span></a> <a class="pp">" "<span class="pc">literal: <span class="tp">string</span><br>count= 1</span></a> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#_plus__plus_">++<span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>(++): <span class="tp sp">(</span><span class="tp tpp">x</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">,</span> <span class="tp tpp">y</span> <span class="tp kw op">:</span> <span class="tp">string</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> string</span></a> <a class="pp">t<span class="pc">t: <span class="tp">duration</span></span></a><span class="kw op">.</span><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_duration-source.html#show">show<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>duration<span class="fslash last">/</span></span>show: <span class="tp sp">(</span><span class="tp tpp">d</span> <span class="tp kw op">:</span> <span class="tp">duration</span><span class="tp sp">,</span> <span class="tp tpp">max<span class="dash">-</span>prec</span> <span class="tp kw op">:</span> <span class="tp sp">?</span> <span class="tp">int</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">console</span><span class="tp sp">,</span><span class="tp">ndet</span><span class="tp op">|$</span><span class="number">118</span><span class="op">&gt;</span> string</span></a>(<a class="pp">3<span class="pc">literal: <span class="tp">int</span><br>dec  = 3<br>hex8 = 0x03<br>bit8 = 0b00000011</span></a>) )
+  </span><a class="pp">x<span class="pc">x: <span class="tp op">$</span><span class="number">117</span></span></a>
 
 </pre>
 
diff --git a/doc/std_time_timestamp.html b/doc/std_time_timestamp.html
index 5a29591f3..cae76a203 100644
--- a/doc/std_time_timestamp.html
+++ b/doc/std_time_timestamp.html
@@ -32,13 +32,13 @@ <h1 class="synopsis">Low level time spans and time stamps.</h1>
 
 <p class="p noindent">Time spans are a time duration in some time scale represented as a <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></code>;
 this gives it very high precision and range to represent time very precisely.
-(see the&nbsp;<a href="std_time_instant.html" class="externalref"><code class="koka">instant</code></a> module).
+(see the&nbsp;<a href="std_time_instant.html"><code class="koka">instant</code></a> module).
 </p></div></div>
 <div class="decl" id="type_space_timestamp"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_timestamp-source.html#type_space_timestamp"><span class="tp">timestamp</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>timestamp<span class="fslash last">/</span></span>timestamp: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
 
 <p class="p noindent"> A time stamp denotes an instant in time since 2000-01-01 in some time scale.
 Time stamps also keep track of possible leap seconds for
-UTC based timescales.&nbsp;<a href="https://en.wikipedia.org/wiki/Unix_time" class="externalref">Unix/UTC seconds</a>.
+UTC based timescales.&nbsp;<a href="https://en.wikipedia.org/wiki/Unix_time">Unix/UTC seconds</a>.
 </p>
 <ul class="ul list-dash compact">
 <li class="li ul-li list-dash-li compact-li">One way is as a duration in TAI SI seconds
diff --git a/doc/std_time_utc-source.html b/doc/std_time_utc-source.html
index 395941ec6..acff48d05 100644
--- a/doc/std_time_utc-source.html
+++ b/doc/std_time_utc-source.html
@@ -311,9 +311,9 @@
 <span class="comment">// Return the UTC timescale with the latest leap second information.
 </span><a class="pp" href="#type_space_utc"><span class="tp">pub</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>utc: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a> <span class="tp kw">effect</span> <span class="kw">fun</span> <span class="decl-fun" id="utc"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc.html#type_space_utc"><span class="tp">utc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>utc: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span>() <span class="tp kw op">:</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant-source.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a>
 
-<span class="kw">pub</span> <span class="kw">fun</span> @default<span class="dash">-</span>utc( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">utc</span><span class="tp op">|$</span><span class="number">2020</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2019</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_utc"><span class="tp">utc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>utc: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2080</span> <span class="number">2079</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
-  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">utc</span><span class="tp op">|$</span><span class="number">2020</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2019</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2020</span> <span class="op">$</span><span class="number">2019</span></span></a> <span class="kw">fun</span> <a class="pp">utc<span class="pc">utc: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2020</span> timescale</span></a>() { <a class="pp" href="#ts_ti">ts-ti<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti: <span class="tp">timescale</span></span></a> }
-  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">utc</span><span class="tp op">|$</span><span class="number">2020</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2019</span></span></a>()
+<span class="kw">pub</span> <span class="kw">fun</span> @default<span class="dash">-</span>utc( <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">utc</span><span class="tp op">|$</span><span class="number">2006</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2005</span></span></a> <span class="tp kw op">:</span> <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><a class="pp" href="#type_space_utc"><span class="tp">utc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>utc: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types-source.html#type_space_effect_extend"><span class="tp">|</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>effect<span class="dash">-</span>extend: <span class="tp sp">(</span><span class="co">X</span>, <span class="co">E</span>) <span class="kw op">-></span> <span class="co">E</span></span></a><a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a><span class="tp sp">&gt;</span> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a><a class="pp">)<span class="pc">result: <span class="tp kw op">-></span> <span class="number">2066</span> <span class="number">2065</span></span></a> <span class="tp kw op">:</span> <a class="pp"><span class="tp tv"><span class="effect">e</span></span><span class="pc">e: <span class="co">E</span></span></a> <a class="pp"><span class="tp tv">a</span><span class="pc">a: <span class="co">V</span></span></a>
+  <a class="pp"><span class="kw">with</span><span class="pc">handler: <span class="tp sp">(</span><span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">utc</span><span class="tp op">|$</span><span class="number">2006</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2005</span>) <span class="kw op">-></span> <span class="op">$</span><span class="number">2006</span> <span class="op">$</span><span class="number">2005</span></span></a> <span class="kw">fun</span> <a class="pp">utc<span class="pc">utc: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp op">$</span><span class="number">2006</span> timescale</span></a>() { <a class="pp" href="#ts_ti">ts-ti<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti: <span class="tp">timescale</span></span></a> }
+  <a class="pp">action<span class="pc">action: <span class="tp sp">(</span><span class="tp sp">)</span> <span class="tp kw op">-></span> <span class="tp sp">&lt;</span><span class="tp">utc</span><span class="tp op">|$</span><span class="number">2006</span><span class="op">&gt;</span> <span class="op">$</span><span class="number">2005</span></span></a>()
 
 <span class="comment">/&#42;----------------------------------------------------------------------------
   Unix and NTP timestamps
diff --git a/doc/std_time_utc.html b/doc/std_time_utc.html
index ecf4afde5..76f94af90 100644
--- a/doc/std_time_utc.html
+++ b/doc/std_time_utc.html
@@ -26,10 +26,10 @@ <h1 class="synopsis">UTC time scales and leap second support.</h1>
 
 
 <h2 id="sec-utc-time-calculation" class="h1" data-heading-depth="1" style="display:block"><span class="heading-before"><span class="heading-label">1</span>.&#8194;</span>UTC time calculation</h2>
-<p class="p noindent">The world&#39;s standard time scale is Universal Coordinated Time (<a href="std_time_astro.html" data-linkid="utc" class="externalref">UTC</a>).
-UTC is directly based on International Atomic Time (<a href="std_time_astro.html" data-linkid="tai" class="externalref">TAI</a>)
+<p class="p noindent">The world&#39;s standard time scale is Universal Coordinated Time (<a href="std_time_astro.html" data-linkid="utc">UTC</a>).
+UTC is directly based on International Atomic Time (<a href="std_time_astro.html" data-linkid="tai">TAI</a>)
 (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#ts_tai">ts<span class="dash">-</span>tai<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>ts<span class="dash">-</span>tai: <span class="tp">timescale</span></span></a></code>) and uses standard SI seconds. The UTC time scale differs from
-TAI in that UTC stays within 1 second of&nbsp;<a href="std_time_ut1.html" class="externalref">UT1</a>; the
+TAI in that UTC stays within 1 second of&nbsp;<a href="std_time_ut1.html">UT1</a>; the
 time scale based on the rotation of the Earth. To keep UTC close to UT1
 about every 1.5 year a <em class="em-low1">leap second</em> is added to the day (appearing as
 a 60th second in the last minute of the day, e.g. 23:59:60h).
@@ -44,12 +44,12 @@ <h2 id="sec-utc-time-calculation" class="h1" data-heading-depth="1" style="displ
 
 <p class="p noindent">equals 3601 SI seconds to account for the extra leap second. We also need to
 know the inserted leap seconds to convert UTC time to TAI which forms the
-basis of many other time scales (see&nbsp;<a href="std_time_astro.html" class="externalref"><code class="code code2">std/time/astro</code></a>).
+basis of many other time scales (see&nbsp;<a href="std_time_astro.html"><code class="code code2">std/time/astro</code></a>).
 </p>
 <p class="p indent">The occurrence of leap seconds cannot be reliably predicted though and
 the IERS
-usually&nbsp;<a href="https://hpiers.obspm.fr/iers/bul/bulc/bulletinc.dat" class="externalref">announces</a>
-leap seconds about half a year in advance. The&nbsp;<a href="https://hpiers.obspm.fr/iers/bul/bulc/ntp/leap-seconds.list" data-linkid="iersl" class="externalref">IERS leap second</a>
+usually&nbsp;<a href="https://hpiers.obspm.fr/iers/bul/bulc/bulletinc.dat">announces</a>
+leap seconds about half a year in advance. The&nbsp;<a href="https://hpiers.obspm.fr/iers/bul/bulc/ntp/leap-seconds.list" data-linkid="iersl">IERS leap second</a>
 table contains a list of all currently announced leap seconds. <em class="em-low1">As such,
 any future duration calculation in UTC is essentially non-deterministic since
 it may be off by a number of (as yet unannounced) leap seconds</em>. This means
@@ -73,11 +73,11 @@ <h2 id="sec-utc-time-calculation" class="h1" data-heading-depth="1" style="displ
 <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth="2" style="display:block"><span class="heading-before"><span class="heading-label">1.1</span>.&#8194;</span>Effect types and future leap seconds</h3>
 <p class="p noindent">Since UTC time calculations depend on a leap second table (<code class="koka"><a class="pp" href="#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a></code>),
 the UTC time scale can only be created from such table (<code class="koka"><a class="pp" href="#ts_utc_create">ts<span class="dash">-</span>utc<span class="dash">-</span>create<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>utc<span class="dash">-</span>create: <span class="tp sp">(</span><span class="tp tpp">leaps</span> <span class="tp kw op">:</span> <span class="tp">leaps<span class="dash">-</span>table</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">timescale</span></span></a></code>).
-For most precise UTC time, you can use&nbsp;<a href="std_time_download.html#ts_utc_load" class="externalref"><code class="koka">ts<span class="dash">-</span>utc<span class="dash">-</span>load</code></a>
+For most precise UTC time, you can use&nbsp;<a href="std_time_download.html#ts_utc_load"><code class="koka">ts<span class="dash">-</span>utc<span class="dash">-</span>load</code></a>
 to automatically download and cache the latest IERS leap second information.
 This can be somewhat cumbersome though as this is a function with an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core.html#type_space_io"><span class="tp">io</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash last">/</span></span>io: <span class="co">E</span></span></a></code> effect.
 </p>
-<p class="p indent">International Time (<a href="std_time_astro.html" data-linkid="ti" class="externalref">TI</a>) (or <em class="em-low1">Temps International</em>) is a proposed time scale
+<p class="p indent">International Time (<a href="std_time_astro.html" data-linkid="ti">TI</a>) (or <em class="em-low1">Temps International</em>) is a proposed time scale
 that matches exactly UTC up to some date but with no further leap seconds
 added  after that &#8211; which makes time calculations robust and deterministic
 with regard to future dates. For this reason, this library defaults to using
@@ -100,7 +100,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 <em class="em-low1">date</em>. Therefore, the difference started as 2.6972788s (as there were
 669 days between 1962-01-01 and 1963-11-01) and increased linearly up to
 2.7657940s on 1964-01-01Z. For dates between 1961-01-01Z and 1972-01-01Z
-the library calculates the UTC time based on the historical&nbsp;<a href="https://maia.usno.navy.mil/ser7/tai-utc.dat" data-linkid="dat" class="externalref">USNO</a>
+the library calculates the UTC time based on the historical&nbsp;<a href="https://maia.usno.navy.mil/ser7/tai-utc.dat" data-linkid="dat">USNO</a>
 drift data (see Table&nbsp;<a href="#tab-utc" title="Leap second time steps since 1958. The function &#916;(date) returns the number of days since date. Entries after 1972 are based on&nbsp;IERS data. The entries before 1972 are  derived from the Explanatory Supplement to the Astronomical Almanac, by P. Kenneth Seidelmann&nbsp;[2, pages&nbsp;86&#8211;87]. Entries before 1961 are based on the time steps broadcast by the NIST&nbsp;WWV radio station." class="localref" style="target-element:tablefigure"><span class="table-label">1</span></a>).
 </p>
 <p class="p indent">Here are some interesting time steps that occurred in this time frame:
@@ -149,7 +149,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 </p>
 <p class="p indent">We can however use the time steps and frequency adjustments as broadcast by
 the NIST WWV radio station (see Explanatory Supplement to the Astronomical
-Almanac&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#almanac" class="bibref localref" style="target-element:bibitem"><span class="cite-number">2</span></a>, pages&nbsp;<a href="https://books.google.com/books?id=uJ4JhGJANb4C&amp;lpg=PA87&amp;vq=wwv&amp;pg=PA87#v=onepage&amp;q=wwv&amp;f=false" data-linkid="astroa" class="externalref">86&#8211;87</a>]</span>).  Historically there were
+Almanac&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#almanac" class="bibref localref" style="target-element:bibitem"><span class="cite-number">2</span></a>, pages&nbsp;<a href="https://books.google.com/books?id=uJ4JhGJANb4C&amp;lpg=PA87&amp;vq=wwv&amp;pg=PA87#v=onepage&amp;q=wwv&amp;f=false" data-linkid="astroa">86&#8211;87</a>]</span>).  Historically there were
 18 20ms time steps from 1958. The frequency offset in the year 1958 is
 not clear, and is described in the Supplement as  &#8220;.. an offset of <em class="em-low1">about</em>
 -100&#215;10<sup>-10</sup> during 1958&#8221;.  We fixed the offset at -85&#215;10<sup>-10</sup> in
@@ -247,7 +247,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 <tr><td class="tbody tr-even col cell-border-left cell-line col-odd col-first" data-row="64" data-col="1" style="text-align:left"></td><td class="tbody tr-even col cell-line col-even" data-row="64" data-col="2" style="padding-left:1em"></td><td class="tbody tr-even col cell-line col-odd" data-row="64" data-col="3" style="text-align:left"></td><td class="tbody tr-even col cell-line col-even" data-row="64" data-col="4" style="text-align:left"></td><td class="tbody tr-even col cell-line col-odd" data-row="64" data-col="5"></td><td class="tbody tr-even col cell-border-right cell-line col-even col-last" data-row="64" data-col="6" style="text-align:right"></td></tr></tbody></table>
 <hr  class="figureline madoko" style="display:block">
 
-<div class="p noindent"><fig-caption class="figure-caption"><span class="caption-before"><strong class="strong-star2">Table&#160;<span class="table-label">1</span>.</strong>&#160;</span><span class="caption-text">Leap second time steps since 1958. The function &#916;(<em class="em-low1">date</em>) returns the number of days since <em class="em-low1">date</em>. Entries after 1972 are based on&nbsp;<a href="https://hpiers.obspm.fr/iers/bul/bulc/ntp/leap-seconds.list" data-linkid="iersl" class="externalref">IERS data</a>. The entries before 1972 are  derived from the <em class="em-low1">Explanatory Supplement to the Astronomical Almanac</em>, by P. Kenneth Seidelmann&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#almanac" class="bibref localref" style="target-element:bibitem"><span class="cite-number">2</span></a>, pages&nbsp;<a href="https://books.google.com/books?id=uJ4JhGJANb4C&amp;lpg=PA87&amp;vq=wwv&amp;pg=PA87#v=onepage&amp;q=wwv&amp;f=false" data-linkid="astroa" class="externalref">86&#8211;87</a>]</span>. Entries before 1961 are based on the time steps broadcast by the NIST&nbsp;<a href="https://www.nist.gov/time-and-frequency-services/nist-radio-stations/wwv" data-linkid="wwv" class="externalref">WWV</a> radio station.</span></fig-caption></div></figure>
+<div class="p noindent"><fig-caption class="figure-caption"><span class="caption-before"><strong class="strong-star2">Table&#160;<span class="table-label">1</span>.</strong>&#160;</span><span class="caption-text">Leap second time steps since 1958. The function &#916;(<em class="em-low1">date</em>) returns the number of days since <em class="em-low1">date</em>. Entries after 1972 are based on&nbsp;<a href="https://hpiers.obspm.fr/iers/bul/bulc/ntp/leap-seconds.list" data-linkid="iersl">IERS data</a>. The entries before 1972 are  derived from the <em class="em-low1">Explanatory Supplement to the Astronomical Almanac</em>, by P. Kenneth Seidelmann&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#almanac" class="bibref localref" style="target-element:bibitem"><span class="cite-number">2</span></a>, pages&nbsp;<a href="https://books.google.com/books?id=uJ4JhGJANb4C&amp;lpg=PA87&amp;vq=wwv&amp;pg=PA87#v=onepage&amp;q=wwv&amp;f=false" data-linkid="astroa">86&#8211;87</a>]</span>. Entries before 1961 are based on the time steps broadcast by the NIST&nbsp;<a href="https://www.nist.gov/time-and-frequency-services/nist-radio-stations/wwv" data-linkid="wwv">WWV</a> radio station.</span></fig-caption></div></figure>
 <p class="p indent">&#8211; Daan Leijen, 2016.
 </p><h3 id="sec-references" class="clearnum h2" data-heading-depth="2" style="display:block">References</h3>
 <div class="bibliography" data-hanging-indent="0" style="bibstyle:madoko-numeric">
@@ -255,20 +255,20 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 <div id="arias:utc" class="bibitem" data-cite-label="1" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[1];searchterm:Arias+Coordinated+universal+time+UTC+historical+background+perspectives"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[1]</span>E.F.&#160;Arias and B.&#160;Guinot.
 <em class="em-low1">Coordinated universal time UTC: historical background and perspectives</em>.
 Journ&#233;es Syst&#232;mes de R&#233;f&#233;rence Spatio-Temporels. 2004.
-<a href="https://syrte.obspm.fr/journees2004/pdf/Arias2.pdf" data-linkid="utchistory" class="externalref">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Arias+Coordinated+universal+time+UTC+historical+background+perspectives" class="bibsearch externalref">&#128270;</a></div>
+<a href="https://syrte.obspm.fr/journees2004/pdf/Arias2.pdf" data-linkid="utchistory">pdf</a>.&nbsp;<a href="http://www.bing.com/search?q=Arias+Coordinated+universal+time+UTC+historical+background+perspectives" class="bibsearch">&#128270;</a></div>
 <div id="almanac" class="bibitem" data-cite-label="2" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[2];searchterm:Explanatory+Supplement+to+the+Astronomical+Almanac"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[2]</span>P.K.&#160;Seidelmann.
 <em class="em-low1">Explanatory Supplement to the Astronomical Almanac</em>.
-University Science Books, 1992.&nbsp;<a href="https://books.google.com/books?id=uJ4JhGJANb4C&amp;lpg=PA87&amp;vq=wwv&amp;pg=PA87#v=onepage&amp;q=wwv&amp;f=false" data-linkid="astroa" class="externalref">book</a>&nbsp;<a href="http://www.bing.com/search?q=Explanatory+Supplement+to+the+Astronomical+Almanac" class="bibsearch externalref">&#128270;</a></div>
+University Science Books, 1992.&nbsp;<a href="https://books.google.com/books?id=uJ4JhGJANb4C&amp;lpg=PA87&amp;vq=wwv&amp;pg=PA87#v=onepage&amp;q=wwv&amp;f=false" data-linkid="astroa">book</a>&nbsp;<a href="http://www.bing.com/search?q=Explanatory+Supplement+to+the+Astronomical+Almanac" class="bibsearch">&#128270;</a></div>
 <div id="taiepoch" class="bibitem" data-cite-label="3" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[3];searchterm:History+of+the+Bureau+International+lHeure+Guinot"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[3]</span>B.&#160;Guinot.
 <em class="em-low1">    History of the Bureau International de l&#39;Heure</em>.
 In &#8220;Polar Motion: Historical and Scientific Problems&#8221;, ASP Conference Series, Vol. 208,
 Edited by Steven Dick, Dennis McCarthy, and Brian Luzum.
 ISBN: 1-58381-039-0, 2000., p.175.
-<a href="https://articles.adsabs.harvard.edu/cgi-bin/nph-iarticle_query?2000ASPC..208..175G&amp;data_type=PDF_HIGH&amp;whole_paper=YES&amp;type=PRINTER&amp;filetype=.pdf" data-linkid="taiepoch" class="externalref">pdf</a>&nbsp;<a href="http://www.bing.com/search?q=History+of+the+Bureau+International+lHeure+Guinot" class="bibsearch externalref">&#128270;</a></div>
+<a href="https://articles.adsabs.harvard.edu/cgi-bin/nph-iarticle_query?2000ASPC..208..175G&amp;data_type=PDF_HIGH&amp;whole_paper=YES&amp;type=PRINTER&amp;filetype=.pdf" data-linkid="taiepoch">pdf</a>&nbsp;<a href="http://www.bing.com/search?q=History+of+the+Bureau+International+lHeure+Guinot" class="bibsearch">&#128270;</a></div>
 <div id="byear" class="bibitem" data-cite-label="4" style="text-indent:-2rem;margin-left:2rem;bibitem-label:[4];searchterm:Besselian+Year+Precession+Matrix+Based+on+IAU+Lieske"><span class="bibitem-before" style="padding-right:0.5em;display: inline-block; width:calc(2rem - 0.5em);display: inline-block; text-align:right;font-size:90%">[4]</span>Jay&#160;Lieske.
 <em class="em-low1">Precession Matrix Based on IAU</em> (1976).
 System of Astronomical Constants, Astronomy & Astrophysics, Vol. 73, pages 282&#8211;284. 1979.
-<a href="https://en.wikipedia.org/wiki/Year#Besselian_year" class="externalref">wikipedia</a>&nbsp;<a href="http://www.bing.com/search?q=Besselian+Year+Precession+Matrix+Based+on+IAU+Lieske" class="bibsearch externalref">&#128270;</a></div></div>
+<a href="https://en.wikipedia.org/wiki/Year#Besselian_year">wikipedia</a>&nbsp;<a href="http://www.bing.com/search?q=Besselian+Year+Precession+Matrix+Based+on+IAU+Lieske" class="bibsearch">&#128270;</a></div></div>
 <p class="p noindent">.
 </p></div>
 <div class="decl" id="type_space_leap_adjust"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc-source.html#type_space_leap_adjust"><span class="tp">leap<span class="dash">-</span>adjust</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leap<span class="dash">-</span>adjust: <span class="co">V</span></span></a></span></span><span class="tp"></span></div><div class="doc koka comment">
@@ -294,7 +294,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 </p></div></div><div class="decl" id="parse_leap_seconds"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#parse_leap_seconds">parse<span class="dash">-</span>leap<span class="dash">-</span>seconds</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a></div></div><div class="decl" id="parse_leap_seconds_dat"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#parse_leap_seconds_dat">parse<span class="dash">-</span>leap<span class="dash">-</span>seconds<span class="dash">-</span>dat</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_string"><span class="tp">string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>string: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
 <p class="p noindent">Parse the standard UTC leap second adjustment file in the &#8220;old&#8221; .dat format as
-in <a href="https://maia.usno.navy.mil/ser7/tai-utc.dat" class="texturl monospace externalref">https://&#8203;maia.&#8203;usno.&#8203;navy.&#8203;mil/&#8203;ser7/&#8203;tai-&#8203;utc.&#8203;dat</a>, where entries have the shape
+in <a href="https://maia.usno.navy.mil/ser7/tai-utc.dat" class="texturl monospace">https://&#8203;maia.&#8203;usno.&#8203;navy.&#8203;mil/&#8203;ser7/&#8203;tai-&#8203;utc.&#8203;dat</a>, where entries have the shape
 </p>
 <pre class="para-block pre-fenced pre-fenced4" style="display:block"><code>1961 JAN  1 =JD 2437300.5  TAI-UTC=   1.4228180 S + (MJD - 37300.) X 0.001296 S</code></pre>
 <p class="p noindent para-continued">which specifies the start time (<code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#jd">jd<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>jd: <span class="tp sp">(</span><span class="tp tpp">i</span> <span class="tp kw op">:</span> <span class="tp">instant</span><span class="tp sp">,</span> <span class="tp tpp">ts</span> <span class="tp kw op">:</span> <span class="tp">timescale</span><span class="tp sp">)</span> <span class="tp kw op">-&gt;</span> <span class="tp">ddouble</span></span></a> <span class="number">2437300.5</span></code>), new TAI-UTC offset
@@ -304,11 +304,11 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 the NTP epoch (1900-01-01). Just as in a standard IERS leap second file.
 </p></div></div><div class="decl" id="ts_ntp_create"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#ts_ntp_create">ts<span class="dash">-</span>ntp<span class="dash">-</span>create</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Network_Time_Protocol" class="externalref">NTP</a> time scale is equal
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Network_Time_Protocol">NTP</a> time scale is equal
 to the UTC time scale (<code class="koka">ts<span class="dash">-</span>utc</code>).
 </p></div></div><div class="decl" id="ts_unix_create"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#ts_unix_create">ts<span class="dash">-</span>unix<span class="dash">-</span>create</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Unix_time" class="externalref">Unix</a> time scale is equal
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Unix_time">Unix</a> time scale is equal
 to the UTC time scale (<code class="koka">ts<span class="dash">-</span>utc</code>).
 </p></div></div><div class="decl" id="ts_utc_create"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#ts_utc_create">ts<span class="dash">-</span>utc<span class="dash">-</span>create</a></span>( <span class="tp tpp">leaps</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="#type_space_leaps_table"><span class="tp">leaps<span class="dash">-</span>table</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>leaps<span class="dash">-</span>table: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -325,10 +325,10 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 <p class="p indent">This is a recommended time scale to use for time stamps or communication
 with other services since it avoids any potential trouble
 with leap seconds while still being quite precise.
-See also: <a href="https://www.cl.cam.ac.uk/~mgk25/time/utc-sls" class="texturl monospace externalref">https://&#8203;www.&#8203;cl.&#8203;cam.&#8203;ac.&#8203;uk/&#8203;~mgk25/&#8203;time/&#8203;utc-&#8203;sls</a>.
+See also: <a href="https://www.cl.cam.ac.uk/~mgk25/time/utc-sls" class="texturl monospace">https://&#8203;www.&#8203;cl.&#8203;cam.&#8203;ac.&#8203;uk/&#8203;~mgk25/&#8203;time/&#8203;utc-&#8203;sls</a>.
 </p>
 <p class="p indent">You can create a UTC-SLS time scale based on the latest IERS leap second
-data using&nbsp;<a href="std_time_download.html#cal_utc_sls_load" class="externalref"><code class="koka">cal<span class="dash">-</span>utc<span class="dash">-</span>sls<span class="dash">-</span>load</code></a>.
+data using&nbsp;<a href="std_time_download.html#cal_utc_sls_load"><code class="koka">cal<span class="dash">-</span>utc<span class="dash">-</span>sls<span class="dash">-</span>load</code></a>.
 </p></div></div></div></div>
 <div class="decl" id="type_space_utc"><div class="header code"><span class="def"><span class="kw">type</span>&nbsp;<span class="tp"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_utc-source.html#type_space_utc"><span class="tp">utc</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>utc: <span class="tp sp">(</span><span class="co">E</span>, <span class="co">V</span>) <span class="kw op">-></span> <span class="co">V</span></span></a></span></span><span class="tp">&lt;<span class="tp tv">e</span>,<span class="tp tv">a</span>&gt;</span></div><div class="doc koka comment">
 
@@ -353,7 +353,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 fraction of seconds <code class="koka">frac</code> (for increased precision for nanosecond timestamps), return an <code class="koka"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></code>.
 that is <code class="koka">secs <span class="op">+</span> frac</code> seconds after the Unix epoch (<code class="code code2">1970-01-01Z</code>).
 </p>
-<p class="p indent">Unfortunately, Unix time stamps are&nbsp;<a href="https://en.wikipedia.org/wiki/Unix_time" class="externalref">ambigious</a>.
+<p class="p indent">Unfortunately, Unix time stamps are&nbsp;<a href="https://en.wikipedia.org/wiki/Unix_time">ambigious</a>.
 The seconds <code class="koka">secs</code> are interpreted as: <code class="koka"><span class="kw">val</span> days <span class="kw">=</span> secs <span class="op"><span class="divide">/</span></span> <span class="number">86400</span></code> and <code class="koka"><span class="kw">val</span> dsecs <span class="kw">=</span> secs <span class="op">%</span> <span class="number">86400</span></code>,
 where <code class="koka">days</code> is the number of days since <code class="code code2">1970-01-01Z</code> and <code class="koka">dsecs</code> is the SI seconds into
 the day. This means that one cannot represent a possible extra leap second since it
@@ -379,7 +379,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 
 &gt; unix-instant(94694400.0).time
 1973-01-01T00:00:00Z</code></pre>
-<p class="p noindent para-continued">This works well for systems that support&nbsp;<a href="https://www.madore.org/~david/computers/unix-leap-seconds.html" class="externalref"><code class="code code2">CLOCK_UTC</code></a>.
+<p class="p noindent para-continued">This works well for systems that support&nbsp;<a href="https://www.madore.org/~david/computers/unix-leap-seconds.html"><code class="code code2">CLOCK_UTC</code></a>.
 </p></div></div>
 <div class="decl" id="int_fs_unix_instant"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#int_fs_unix_instant"><span class="lq">int<span class="fslash">/</span></span>unix<span class="dash">-</span>instant</a></span>( <span class="tp tpp">u</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_int"><span class="tp">int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>int: <span class="co">V</span></span></a>, <span class="tp tpp">frac</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_types.html#type_space_float64"><span class="tp">float64</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>types<span class="fslash last">/</span></span>float64: <span class="co">V</span></span></a>, <span class="tp tpp">ts</span> <span class="tp sp">:</span>&nbsp;<span class="tp sp">?</span> <a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
@@ -409,14 +409,14 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 </p></div></div>
 <div class="decl" id="ts_ntp"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_utc-source.html#ts_ntp">ts<span class="dash">-</span>ntp</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Network_Time_Protocol" class="externalref">NTP</a> time scale.
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Network_Time_Protocol">NTP</a> time scale.
 It equals the <code class="koka"><a class="pp" href="#ts_ti">ts<span class="dash">-</span>ti<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti: <span class="tp">timescale</span></span></a></code> time scale.
 </p></div></div>
 <div class="decl" id="ts_ti"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_utc-source.html#ts_ti">ts<span class="dash">-</span>ti</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"> The&nbsp;<a href="std_time_astro.html" data-linkid="ti" class="externalref">TI</a> (<em class="em-low1">International Time</em>) time scale with a 2000-01-01Z UTC epoch.
+<p class="p noindent"> The&nbsp;<a href="std_time_astro.html" data-linkid="ti">TI</a> (<em class="em-low1">International Time</em>) time scale with a 2000-01-01Z UTC epoch.
 This is the default time scale used in this library. It was a
-<a href="https://syrte.obspm.fr/journees2004/pdf/McCarthy2.pdf#page=4" data-linkid="tipropose" class="externalref">proposed</a> time scale at the 2004 ITU-R meeting as a replacement of UTC
+<a href="https://syrte.obspm.fr/journees2004/pdf/McCarthy2.pdf#page=4" data-linkid="tipropose">proposed</a> time scale at the 2004 ITU-R meeting as a replacement of UTC
 without future leap seconds. In this library, we define TI to match
 exactly UTC up to the compiler release date (currently 2017) but ignore any
 possible future leap seconds after that date. This is the preferred time scale
@@ -434,7 +434,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 </p></div></div>
 <div class="decl" id="ts_unix"><div class="header code"><span class="def"><span class="kw">val</span>&nbsp;<a class="link" href="std_time_utc-source.html#ts_unix">ts<span class="dash">-</span>unix</a></span><span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_timescale"><span class="tp">timescale</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>timescale: <span class="co">V</span></span></a></div><div class="doc koka comment">
 
-<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Unix_time" class="externalref">Unix</a> time scale based on Unix seconds.
+<p class="p noindent"><a href="https://en.wikipedia.org/wiki/Unix_time">Unix</a> time scale based on Unix seconds.
 It equals the <code class="koka"><a class="pp" href="#ts_ti">ts<span class="dash">-</span>ti<span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>utc<span class="fslash last">/</span></span>ts<span class="dash">-</span>ti: <span class="tp">timescale</span></span></a></code> time scale.
 </p></div></div>
 <div class="decl" id="unix_timestamp"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="std_time_utc-source.html#unix_timestamp">unix<span class="dash">-</span>timestamp</a></span>( <span class="tp tpp">i</span> <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_time_instant.html#type_space_instant"><span class="tp">instant</span><span class="pc"><span class="mo">std<span class="fslash">/</span>time<span class="fslash">/</span>instant<span class="fslash last">/</span></span>instant: <span class="co">V</span></span></a> ) <span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_num_ddouble.html#type_space_ddouble"><span class="tp">ddouble</span><span class="pc"><span class="mo">std<span class="fslash">/</span>num<span class="fslash">/</span>ddouble<span class="fslash last">/</span></span>ddouble: <span class="co">V</span></span></a></div><div class="doc koka comment">
@@ -460,7 +460,7 @@ <h3 id="sec-effect-types-and-future-leap-seconds" class="h2" data-heading-depth=
 <p class="p noindent"><span class="footnote-before"><sup><span class="footnote-label">1</span>.</sup></span>The difference TAI-UT2 was supposed to be zero on 1958-01-01Z TAI but different
 observatories used their own versions of UT2 leading to longitude errors
 of a &#8220;few 0.01s&#8221;&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#taiepoch" class="bibref localref" style="target-element:bibitem"><span class="cite-number">3</span></a>]</span>. At 1958-01-01 TAI the &#916;T = TT - UT1 was 31.166s &#177; 0.003s
-(see&nbsp;<a href="https://maia.usno.navy.mil/ser7/historic_deltat.data" class="externalref">historical &#916;T</a>),
+(see&nbsp;<a href="https://maia.usno.navy.mil/ser7/historic_deltat.data">historical &#916;T</a>),
 which equals 1958-01-01T00:00:00.018 UT1 time.
 When we calculate UT2 using the current definition&nbsp;<span class="citations" style="target-element:bibitem">[<a href="#almanac" class="bibref localref" style="target-element:bibitem"><span class="cite-number">2</span></a>, page 85]</span>:
 </p>
diff --git a/doc/styles/madoko.css b/doc/styles/madoko.css
index 6002fd8f3..55af060cc 100644
--- a/doc/styles/madoko.css
+++ b/doc/styles/madoko.css
@@ -274,17 +274,6 @@
   width: 100em;
 }
 
-
-.madoko span.math-rendering {
-  display:inline-block;
-  width:8em;
-  overflow-x:auto;
-  font-size:70%;
-}
-.madoko span.math-rendering::-webkit-scrollbar {
-  width:4px;
-}
-
 /* ---------------------------------------------------
    Styling for full documents
 ----------------------------------------------------*/
diff --git a/doc/toc.html b/doc/toc.html
index ccdbc61ee..42b1aa7fd 100644
--- a/doc/toc.html
+++ b/doc/toc.html
@@ -123,7 +123,7 @@ <h1 class="synopsis">This is the main index of the standard Koka libraries.</h1>
 
 
 
-<p class="p noindent">See the&nbsp;<a href="book.html" class="externalref">Koka book</a> for further information on the Koka language.
+<p class="p noindent">See the&nbsp;<a href="book.html">Koka book</a> for further information on the Koka language.
 </p></div>
 <div class="decl" id="main"><div class="header code"><span class="def"><span class="kw">fun</span>&nbsp;<a class="link" href="toc-source.html#main">main</a></span>()<span class="tp sp">:</span>&nbsp;<a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_console.html#type_space_console"><span class="tp">console</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>console<span class="fslash last">/</span></span>console: <span class="co">X</span></span></a> <span class="tp sp">(</span><span class="tp sp">)</span></div></div>
 <div class="decl" id="-private-imports"><div class="header code"><span class="def"><span class="kw">private import</span>&nbsp;<span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_hnd.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>hnd</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_exn.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>exn</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_bool.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>bool</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_order.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>order</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_char.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>char</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_int.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>int</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_vector.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>vector</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_string.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>string</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_sslice.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>sslice</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_list.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>list</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_maybe.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>maybe</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_either.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>either</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_tuple.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>tuple</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_show.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>show</span><span class="pc"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>show</span></span></a></span>, <span class="code"><a class="pp" href="https://koka-lang.github.io/koka/doc/std_core_debug.html#_null_"><span class="mo">std<span class="fslash">/</span>core<span class="fslash">/</span>debug</span><span class="pc"><span class="mo">std<span 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